Silver halide color photographic material
FIELD OF THE INVENTION 
     The present invention relates to a silver halide color photographic material, more specifically, to a silver halide color photographic material excellent in color reproducibility and also in processing stability. 
     BACKGROUND OF THE INVENTION 
     The color reversal photographic material is demanded to provide excellent image quality the same as in a color negative photographic material. 
     As a means for improving the image quality, known is the method of adding a light-insensitive silver halide grain or colloidal silver to a light-sensitive emulsion layer and/or to a layer adjacent to the light-sensitive layer. For example, JP-A-51-128528 (corresponding to U.S. Pat. No. 4,082,553, the term &#34;JP-A&#34; as used herein means an &#34;unexamined published Japanese patent application&#34;) describes a color reversal photographic material comprising a silver halide emulsion layer containing a silver halide grain with the surface being fogged to improve the interlayer effect. Further, JP-A-60-126652, JP-A-63-304252, JP-A-2-110539, JP-A-3-113438 and U.S. Pat. No. T979,001 describe a light sensitive material in which colloidal silver is incorporated to an emulsion layer or a layer adjacent thereto. However, although these patents surely realize the improvement in image quality, the following problems are still in need to be solved. 
     The color reversal photographic material is usually processed as follows. 
     An imagewise exposed color reversal photographic material is processed with a black-and-white negative developer called &#34;first developer&#34;. The first developer usually contains a silver halide solvent such as rhodanate and sulfite and the development is a solution physical development. Then, silver halide grains which are neither exposed nor developed with the first developer are optically or chemically fogged and processed with a color developer called &#34;second developer&#34; to form a color positive image. Thereafter, the developed silver in the photographic material is bleached and fixed to provide a color reversal image. 
     In such a processing, it is well known that the solution physical development of light-sensitive silver halide grains at the first development is accelerated by adding silver halide with the light-insensitive surface or inside thereof being fogged or colloidal silver to a light-sensitive emulsion layer or a layer adjacent thereto. This means that the grain becomes susceptible to fluctuation in the rhodanate or sulfite content in the first developer, and this is verified in fact. 
     At city processing laboratories, the composition of developer is not always constant among laboratories and even in the same laboratory, the developer is in fact not controlled to have the composition in a constant range. 
     Accordingly, using the above-described photographic material greatly susceptible to the developer composition, a stable image can hardly be provided to users. 
     Under these circumstances, a photographic material capable of providing excellent image quality and processing stability has been demanded. 
     SUMMARY OF THE INVENTION 
     The object of the present invention is to provide a silver halide color photographic material having superior. color reproducibility and good processing stability. 
     The above-described object has been achieved by: 
     (1) a silver halide color photographic material comprising a support having provided thereon at least one blue-sensitive emulsion layer, at least one green-sensitive emulsion layer and at least one red-sensitive emulsion layer, wherein at least one emulsion layer in any one of color-sensitive layers contains a silver halide grain having incorporated therein a rhodium ion and the emulsion layer or a layer adjacent to the emulsion layer contains a silver halide emulsion with at least one of the inside and/or surface of substantially light-insensitive grains being fogged or colloidal silver; 
     (2) the silver halide color photographic material as in item (1), wherein the layer containing a silver halide grain having incorporated therein a rhodium ion and containing a silver halide emulsion with at least one of the inside and/or surface of substantially light-insensitive grains being fogged or colloidal silver is the lowest-sensitivity emulsion layer in the color-sensitive layer, or the layer containing a silver halide emulsion with at least one of the inside and/or surface of substantially light-insensitive grains being fogged or colloidal silver is provided adjacent to the lowest-sensitivity emulsion layer in the color-sensitive layer; 
     (3) the silver halide color photographic material as in item (1), wherein the silver halide emulsion with at least one of the inside and/or surface of substantially light-insensitive grains being fogged or colloidal silver is colloidal silver having a maximum absorption wavelength of from 400 nm to 500 nm; 
     (4) the silver halide color photographic material as in item (1), wherein the blue-sensitive emulsion layer, the green-sensitive emulsion layer and the red-sensitive emulsion layer each is composed of at least three emulsion layers having different sensitivities; and 
     (5) a method for forming a silver halide color photographic image comprising a processing of the silver halide color photographic material of items (1) to (4) with a developer containing thiocyanate. 
     DETAILED DESCRIPTION OF THE INVENTION 
     The present invention will be described below in detail. 
     In the present invention, the layer containing a silver halide emulsion with at least one of the inside or the surface of substantially light-insensitive grains being fogged or colloidal silver is preferably provided adjacent to at least one of the blue-sensitive, green-sensitive and red-sensitive layers. If the silver halide emulsion with at least one of the inside or the surface of substantially light-insensitive grains being fogged or colloidal silver is incorporated into the high-sensitivity light-sensitive layer, the developer composition becomes of great influence and causes serious damage such as that the photographic material may undergo the formation of unnecessary fog during storage or development. On the other hand, if the silver halide emulsion with at least one of the inside or the surface of substantially light-insensitive grains being fogged or colloidal silver is incorporated into a layer not adjacent to a color-sensitive layer, for example, with an interlayer intervening therebetween, the color reproducibility is deteriorated. 
     In the present invention, when the blue-sensitive emulsion layer, the green-sensitive emulsion layer and the red-sensitive emulsion layers each is composed of two or more layers having different sensitivities or spectral sensitivities, the silver halide emulsion with at least one of the inside or the surface of substantially light-insensitive grains being fogged or colloidal silver is very preferably incorporated into the layer adjacent to the lowest-sensitivity layer of each color-sensitive layer. 
     The above-described effects can be very prominently exerted when the blue-sensitive emulsion layer, the green-sensitive emulsion layer and the red-sensitive emulsion layer all are composed of three or more layers having different sensitivities. 
     The silver halide grain having incorporated therein a rhodium ion according to the present invention will be described below. 
     The rhodium ion is incorporated into the silver halide grain by introducing a rhodium complex (complex salt) thereinto during or after the formation of silver halide grain. The rhodium complex is trivalent rhodium and its ligands are not particularly restricted but at least one of the ligands is preferably bromine. 
     The above-described rhodium complex can be incorporated into the silver halide grain according to conventional methods. More specifically, at the time when a silver ion solution and an aqueous halogen solution are mixed with stirring to form silver halide grains, an aqueous solution having dissolved therein a complex used in the present invention (in the case when the formed silver halide grain contains bromine, a KBr solution in which the complex is present together may be used) is added to the above-described mixed reaction solution so that the rhodium ion is incorporated into the silver halide grain. Alternatively, the rhodium ion can be incorporated into the grain by adding an aqueous solution of the above-described complex to the reaction solution after the formation of silver halide grains. In this case, the ion may be covered by silver halide. 
     The amount of rhodium (content) is preferably from 10 -9  to 10 -2  mol, more preferably from 10 -8  to 10 -2  mol, per mol of silver halide. 
     Metals other than rhodium may be incorporated into the silver halide grain of the present invention. Examples of the metal include metals described in JP-A-1-14647 (e.g., Mn, Cu, Zn, Cd, Pb, Bi, In, Tl, Zr, La, Cr, Re or metals other than rhodium belonging to Group VIII in the Periodic Table). Two or more of these metals may be incorporated into the grain. 
     These metals can also be incorporated into the silver halide grain according to the same method as the above-described method for incorporating rhodium for use in the present invention. Depending upon the metal incorporated, an organic solvent may be partly used at the preparation of an aqueous solution of the metal. The method for incorporating metals into the silver halide grain is described in U.S. Pat. Nos. 3,761,276 and 4,395,478 and JP-A-59-216136. 
     The above-described metal which can be used in combination with rhodium is preferably present in the silver halide grain in an amount of from 10 -9  to 10 -2  mol, more preferably from 10 -7  to 10 -3  mol, per mol of silver halide. 
     The silver halide grain for use in the present invention may have a regular crystal form such as cubic, octahedral, dodecahedral or tetradecahedral form (see JP-A-2-223948) or an irregular crystal form such as sphere, or an emulsion described in JP-A-1-131547 and JP-A-1-158429 may also be used, in which tabular grains having an aspect ratio of 2 or more, particularly 8 or more, accounts for 50% or more of the total projected area of grains. Also, the grain may have a composite form of various crystals or an emulsion composed of a mixture thereof may be used. 
     The silver halide of the present invention preferably has a composition of silver bromide, silver chloride, silver chlorobromide, silver iodobromide or silver chloroiodobromide. The silver iodobromide is particularly preferred in the present invention. 
     The average grain size of silver halide grains (an average based on the projected area in the case of a sphere or nearly sphere grain, by taking the diameter and in the case of a cubic grain, the longitudinal length as a grain size) is preferably from 2.0 to 0.07 μm, particularly preferably from 1.2 to 0.1 μm. The grain size distribution may be either narrow or broad, however, a so-called &#34;monodisperse&#34; silver halide emulsion is preferably used for improving granularity or sharpness, which has a narrow grain size distribution such that 90% or more, particularly preferably 95% or more, by grain number or weight, of grains has a grain size within the average grain size ±40%, preferably ±30%, most preferably ±20%. 
     In order to achieve gradation which the photographic material intends to provide, a plurality of groups of grains each having different grain sizes may be mixed in the same layer or coated on separate layers in emulsion layers having substantially the same color sensitivity. Further, two or more polydisperse silver halide emulsions or combinations of a monodisperse emulsion and a polydisperse emulsion may be mixed in the same layer or coated on separate layers. 
     Now, the silver halide emulsion with at least one of the inside or the surface of substantially light-insensitive grains being fogged or colloidal silver for use in the present invention will be described in detail. 
     The silver halide grain with the surface and/or the inside thereof being fogged as used in the present invention means a silver halide grain adjusted by a chemical method or light such that the grain contains in the surface and/or the inside thereof a fogging nucleus and is developable irrespective of exposure. 
     The silver halide grain with the surface thereof being fogged (surface-fogged silver halide grain) can be prepared by fogging the silver halide grain by a chemical method or light during and/or after the formation of silver halide grain. 
     The above-described fogging process can be carried out under appropriate pH and pAg conditions, for example, by adding a reducing agent or a gold salt, by heating at a low pAg or by applying uniformexposure. Examples of the reducing agent include stannous chloride, a hydrazine-based compound, ethanolamine and thiourea dioxide. 
     The fogging by the addition of such a fogging material is preferably carried out before water washing so as to prevent the aging fog due to the diffusion of the fogging material to the light-sensitive emulsion layer. 
     The silver halide grain with the inside thereof being fogged (inside-fogged silver halide grain) can be prepared by forming a shell on the surface of the above-described surface-fogged silver halide grain used as a core. JP-A-59-214852 describes on such an inside-fogged silver halide grain in detail. The effects of the inside-fogged silver halide grain on sensitization development can be controlled by controlling the shell thickness. 
     The inside-surface silver halide grain can also be prepared by forming a fogged core according to the above-described fogging method from the starting of grain formation and then attaching an unfogged shell thereto. If desired, the grain may be fogged over all from the inside to the surface. 
     The fogged silver halide grain may be any of silver chloride, silver bromide, silver chlorobromide, silver iodobromide and silver chloroiodobromide but it is preferably silver bromide or silver iodobromide. The fogged silver halide grain preferably has an iodide content of 5 mol % or less, more preferably 2 mol % or less. The fogged silver halide grain may have a structure wherein the shell of the grain is different in the halogen composition from the core of the grain. 
     The average grain size of the fogged silver halide grain used in the present invention is not particularly limited, however, when the fogged silver halide grain is added to a light-sensitive silver halide emulsion layer or a light-insensitive layer, it is preferably smaller than the average grain size of silver halide grain in the lowest-sensitivity layer of the adjacent layer. Specifically, it is preferably 0.5 μm or less, more preferably 0.2 μm or less and most preferably 0.1 μm or less. 
     The crystal form of the fogged silver halide grain is not particularly limited and the grain may be either regular grains or irregular grains. Also, the fogged silver halide grain may be polydisperse but it is preferably monodisperse. 
     The amount of the fogged silver halide grain used may be freely changed according to the degree of necessity in the present invention, however, in terms of the ratio to the entire amount of light-sensitive silver halide contained in all layers of the color photographic material of the present invention, it is preferably from 0.05 to 50 mol %, more preferably from 0.1 to 25 mol %. In view of the fogging efficiency per silver amount used, the surface fogged silver halide preferably has a smaller average grain size (specifically, 0.2 μm or less). 
     The colloidal silver used in the present invention will be described below in detail. 
     The preparation for various types of colloidal silver are described, for example, in Weiser, Colloidal Elements, Wiley &amp; Sons, New York, 1933 (yellow colloidal silver by Carey Lea&#39;s dextrin reduction method), German Patent No. 1,096,193 (brown and black colloidal silvers) and U.S. Pat. No. 2,688,601 (blue colloidal silver). Among these, yellow colloidal silver having a maximum absorption wavelength of from 400 to 500 nm is particularly preferred. 
     In the present invention, when the total amount of coated silver of the photographic material is 2 g/m 2  or more, fabulous effects are achieved. If the total amount of coated silver is too large, the silver halide emulsion with at least one of the inside or the surface of substantially light-insensitive grains being fogged or colloidal silver cannot exert effects sufficiently and therefore, it is preferably from 3 to 6 g/m 2 , more preferably from 4 to 6 g/m 2 . 
     The silver halide emulsion with at least one of the inside or the surface of substantially light-insensitive grains being fogged or colloidal silver according to the present invention is coated on each layer preferably in an amount of from 0.001 to 0.4 g/m 2 , more preferably from 0.003 to 0.3 g/m 2 . 
     Various techniques and various inorganic and organic materials described in Research Disclosure No. 308119 (December, 1989) can be applied to the silver halide photographic emulsion and the silver halide photographic material using the same according to the present invention. 
     In addition, more specifically, for example, the techniques and inorganic/organic materials which can be used in the color photographic material to which the silver halide photographic emulsion according to the present invention is applied are described in the following portions of EP-A-436938 and in patents described below. 
     
         ______________________________________                                    
Item             Pertinent Portion                                        
______________________________________                                    
1)    Layer structure                                                     
                     from page 146, line 34 to page                       
                     147, line 25                                         
2)    Silver halide  from page 147, line 26 to page                       
      emulsion       148, line 12                                         
3)    Yellow coupler from page 137, line 35 to page                       
                     146, line 33 and page 149,                           
                     lines 21 to 23                                       
4)    Magenta coupler                                                     
                     page 149, lines 24 to 28; EP-A-                      
                     421453, from page 3, line 5 to                       
                     page 25, line 55                                     
5)    Cyan coupler   page 149, lines 29 to 33; EP-A-                      
                     432804, from page 3, line 28 to                      
                     page 40, line 2                                      
6)    Polymer coupler                                                     
                     page 149, lines 34 to 38; EP-A-                      
                     435334, from page 113, line 39                       
                     to page 123, line 37                                 
7)    Colored coupler                                                     
                     from page 53, line 42 to page                        
                     137, line 34 and page 149,                           
                     lines 39 to 45                                       
8)    Other functional                                                    
                     from page 7, line 1 to page 53,                      
      couplers       line 41 and from page 149, line                      
                     46 to page 150, line 3; EP-A-                        
                     435334, from page 3, line 1 to                       
                     page 29, line 50                                     
9)    Antiseptic/antimold                                                 
                     page 150, lines 25 to 28                             
10)   Formalin scavenger                                                  
                     page 149, lines 15 to 17                             
11)   Other additives                                                     
                     page 153, lines 38 to 47; EP-A-                      
                     421453, from page 75, line 21                        
                     to page 84, line 56 and from                         
                     page 27, line 40 to page 37,                         
                     line 40                                              
12)   Dispersion method                                                   
                     page 150, lines 4 to 24                              
13)   Support        page 150, lines 32 to 34                             
14)   Film thickness/                                                     
                     page 150, lines 35 to 49                             
      physical properties                                                 
15)   Color development/                                                  
                     from page 150, line 50 to page                       
      black-and-white                                                     
                     151, line 47; EP-A-442323, page                      
      development, fogging                                                
                     34, lines 11 to 54 and page 35,                      
                     lines 14 to 22                                       
16)   Desilvering    from page 151, line 48 to page                       
                     152, line 53                                         
17)   Automatic developer                                                 
                     from page 152, line 54 to page                       
                     153, line 2                                          
18)   Water washing/ page 153, lines 3 to 37                              
      stabilization                                                       
______________________________________                                    
 
    
    
    
     The present invention will now be illustrated in greater detail by reference to the following example. However, the present invention should not to be construed as being limited to the example. Additionally, in the following example, all parts, percents or the like are by weight unless otherwise indicated. 
     EXAMPLE 
     Preparation of Sample 101: 
     A multilayer color photographic material was prepared to have the layers each having the following composition on a 127 μm-thick cellulose triacetate film support having a subbing layer and designated as Sample 101. The numerals indicate the addition amount per m 2 . The effects of compounds added are not restricted to those described herein. 
     
         ______________________________________                                    
First Layer: Antihalation Layer                                           
Black colloidal silver  0.30       g                                      
Gelatin                 2.20       g                                      
Ultraviolet ray absorbent U-1                                             
                        0.10       g                                      
Ultraviolet ray absorbent U-3                                             
                        0.05       g                                      
Ultraviolet ray absorbent U-4                                             
                        0.10       g                                      
High boiling point organic solvent                                        
                        0.30       g                                      
Oil-1                                                                     
Fine crystal solid dispersion of                                          
                        0.10       g                                      
Dye E-1                                                                   
Second Layer: Interlayer                                                  
Gelatin                 0.40       g                                      
Compound Cpd-I          7          mg                                     
Compound Cpd-J          3          mg                                     
Compound Cpd-K          3          mg                                     
High boiling point organic solvent                                        
                        0.10       g                                      
Oil-3                                                                     
Dye D-4                 9          mg                                     
Third Layer: Interlayer                                                   
Gelatin                 0.40       g                                      
Fourth Layer: Low-sensitivity Red-sensitive Emulsion Layer                
Emulsion A.sub.1        as silver 0.30                                    
                                   g                                      
Gelatin                 0.60       g                                      
Coupler C-1             0.05       g                                      
Coupler C-2             0.15       g                                      
Coupler C-3             0.05       g                                      
Compound Cpd-C          5          mg                                     
Compound Cpd-J          5          mg                                     
High boiling point organic solvent                                        
                        0.10       g                                      
Oil-2                                                                     
Additive P-1            0.10       g                                      
Fifth Layer: Middle-sensitivity Red-sensitive Emulsion Layer              
Emulsion B              as silver 0.40                                    
                                   g                                      
Emulsion C              as silver 0.10                                    
                                   g                                      
Gelatin                 1.50       g                                      
Coupler C-1             0.10       g                                      
Coupler C-2             0.30       g                                      
Coupler C-3             0.10       g                                      
High boiling point organic solvent                                        
                        0.20       g                                      
Oil-2                                                                     
Additive P-1            0.10       g                                      
Sixth Layer: High-sensitivity Red-sensitivity Emulsion Layer              
Emulsion D              as silver 0.25                                    
                                   g                                      
Emulsion E              as silver 0.25                                    
                                   g                                      
Gelatin                 1.00       g                                      
Coupler C-1             0.15       g                                      
Coupler C-2             0.40       g                                      
Coupler C-3             0.15       g                                      
Coupler C-9             0.10       g                                      
Additive P-1            0.10       g                                      
Seventh Layer: Interlayer                                                 
Gelatin                 1.40       g                                      
Additive M-1            0.30       g                                      
Color mixing inhibitor Cpd-I                                              
                        0.03       g                                      
Dye D-5                 5          mg                                     
Compound Cpd-J          5          mg                                     
High boiling point organic solvent                                        
                        0.02       g                                      
Oil-1                                                                     
Eighth Layer: Interlayer                                                  
Gelatin                 1.20       g                                      
Additive P-1            0.20       g                                      
Color mixing inhibitor Cpd-A                                              
                        0.10       g                                      
Compound Cpd-C          0.10       g                                      
Ninth Layer: Low-sensitivity Green-sensitive Emulsion Layer               
Emulsion F.sub.1        as silver 0.30                                    
                                   g                                      
Gelatin                 0.70       g                                      
Coupler C-4             0.05       g                                      
Coupler C-11            0.10       g                                      
Coupler C-7             0.05       g                                      
Coupler C-8             0.10       g                                      
Compound Cpd-B          0.03       g                                      
Compound Cpd-D          0.02       g                                      
Compound Cpd-E          0.02       g                                      
Compound Cpd-F          0.04       g                                      
Compound Cpd-J          10         mg                                     
Compound Cpd-L          0.02       g                                      
High boiling point organic solvent                                        
                        0.10       g                                      
Oil-1                                                                     
High boiling point organic solvent                                        
                        0.10       g                                      
Oil-2                                                                     
Tenth Layer: Middle-sensitivity Green-sensitive Emulsion Layer            
Emulsion G              as silver 0.40                                    
                                   g                                      
Emulsion H              as silver 0.10                                    
                                   g                                      
Gelatin                 0.60       g                                      
Coupler C-4             0.05       g                                      
Coupler C-11            0.15       g                                      
Coupler C-7             0.05       g                                      
Coupler C-8             0.10       g                                      
Compound Cpd-B          0.03       g                                      
Compound Cpd-D          0.02       g                                      
Compound Cpd-E          0.02       g                                      
Compound Cpd-F          0.05       g                                      
Compound Cpd-L          0.05       g                                      
High boiling point organic solvent                                        
                        0.05       g                                      
Oil-2                                                                     
Eleventh Layer: High-sensitivity Green-sensitive Emulsin Layer            
Emulsion I              as silver 0.45                                    
                                   g                                      
Emulsion J              as silver 0.40                                    
                                   g                                      
Gelatin                 1.40       g                                      
Coupler C-4             0.15       g                                      
Coupler C-11            0.20       g                                      
Coupler C-7             0.10       g                                      
Coupler C-8             0.20       g                                      
Compound Cpd-B          0.03       g                                      
Compound Cpd-E          0.02       g                                      
Compound Cpd-F          0.04       g                                      
Compound Cpd-K          5          mg                                     
Compound Cpd-L          0.02       g                                      
High boiling point organic solvent                                        
                        0.05       g                                      
Oil-1                                                                     
High boiling point organic solvent                                        
                        0.05       g                                      
Oil-2                                                                     
Twelfth Layer: Interlayer                                                 
Gelatin                 0.30       g                                      
Compound Cpd-L          0.05       g                                      
High boiling point organic solvent                                        
                        0.05       g                                      
Oil-1                                                                     
Thirteenth Layer: Yellow Filter Layer                                     
Yellow colloidal silver as silver 0.10                                    
                                   g                                      
Gelatin                 0.90       g                                      
Color mixing inhibitor Cpd-A                                              
                        0.01       g                                      
Compound Cpd-L          0.01       g                                      
High boiling point organic solvent                                        
                        0.01       g                                      
Oil-1                                                                     
Fine crystal solid dispersion of                                          
                        0.05       g                                      
Dye E-2                                                                   
Fourteenth Layer: Interlayer                                              
Gelatin                 0.6        g                                      
Fifteenth Layer: Low-sensitivity Blue-sensitive Emulsion Layer            
Emulsion K.sub.1        as silver 0.4                                     
                                   g                                      
Gelatin                 1.40       g                                      
Coupler C-5             0.20       g                                      
Coupler C-6             0.10       g                                      
Coupler C-10            0.10       g                                      
Sixteenth Layer: Middle-sensitivity Blue-sensitive Emulsion Layer         
Emulsion L              as silver 0.15                                    
                                   g                                      
Emulsion M              as silver 0.10                                    
                                   g                                      
Gelatin                 0.90       g                                      
Coupler C-5             0.20       g                                      
Coupler C-6             0.05       g                                      
Coupler C-10            0.10       g                                      
Seventeenth Layer: High-sensitivity Blue-sensitive Emulsion               
Layer                                                                     
Emulsion M              as silver 0.10                                    
                                   g                                      
Emulsion N              as silver 0.15                                    
                                   g                                      
Emulsion O              as silver 0.20                                    
                                   g                                      
Gelatin                 1.50       g                                      
Coupler C-5             0.35       g                                      
Coupler C-6             0.10       g                                      
Coupler C-10            0.60       g                                      
High boiling point organic solvent                                        
                        0.10       g                                      
Oil-2                                                                     
Eighteenth Layer: First Protective Layer                                  
Gelatin                 1.70       g                                      
Ultraviolet ray absorbent U-1                                             
                        0.20       g                                      
Ultraviolet ray absorbent U-2                                             
                        0.05       g                                      
Ultraviolet ray absorbent U-5                                             
                        0.30       g                                      
Formalin scavenger Cpd-H                                                  
                        0.40       g                                      
Dye D-1                 0.15       g                                      
Dye D-2                 0.05       g                                      
Dye D-3                 0.10       g                                      
Nineteenth Layer: Second Protective Layer                                 
Colloidal silver        as silver 0.1                                     
                                   mg                                     
Fine grain silver       as silver 0.10                                    
                                   g                                      
iodobromide emulsion                                                      
(average grain size: 0.06 μm,                                          
AgI content: 1 mol %)                                                     
Gelatin                 0.60       g                                      
Twentieth Layer: Third Protective Layer                                   
Gelatin                 1.30       g                                      
Polymethyl methacrylate 0.10       g                                      
(average grain size: 1.5 μm)                                           
Copolymer of methyl methacrylate                                          
                        0.10       g                                      
and acrylic acid (4:6)                                                    
(average grain size: 1.5 μm)                                           
Silicone oil            0.03       g                                      
Surfactant W-1          3.0        mg                                     
Surfactant W-2          0.03       g                                      
______________________________________                                    
 
    
     The colloidal silver used in the nineteenth layer was prepared in the same manner as in the present invention. However, the nineteenth layer is not a layer adjacent to any emulsion layer containing a silver halide grain having incorporated therein a rhodium ion. Accordingly, Sample 101 falls outside the scope of the present invention. 
     In addition to the above-described composition, additives F-1 to F-8 were added to each emulsion layer. Also, in addition to the above-described composition, gelatin hardener H-1 and surfactants W-3, W-4, W-5 and W-6 for coating or emulsification were added to each layer. 
     Further, phenol, 1,2-benzisothiazoline-3-one, 2-phenoxyethanol, phenetyl alcohol or p-butyl benzoate were added as an antiseptic or an antimold. 
     
                                           TABLE 1                                 
__________________________________________________________________________
Silver Iodobromide Emulsion used in Sample 101                            
                   Sphere-corresponding                                   
                              Coefficient of                              
                                     AgI                                  
                   Average Grain size                                     
                              Fluctuation                                 
                                     Content                              
Emulsion                                                                  
     Characteristics of Grain                                             
                   (μm)    (%)    (%)                                  
__________________________________________________________________________
.sub. A.sub.1                                                             
     monodisperse cubic grain                                             
                   0.10       11     4.5                                  
B    monodisperse cubic grain                                             
                   0.19       14     4.5                                  
C    monodisperse cubic grain                                             
                   0.31       16     4.5                                  
D    polydisperse tabular grain,                                          
                   0.60       28     4.5                                  
     average aspect ratio: 6.0                                            
E    polydisperse tabular grain,                                          
                   0.90       29     4.5                                  
     average aspect ratio: 6.3                                            
.sub. F.sub.1                                                             
     monodisperse cubic grain                                             
                   0.10       11     2.0                                  
G    monodisperse cubic grain                                             
                   0.18       14     4.7                                  
H    monodisperse cubic grain                                             
                   0.40       17     4.7                                  
I    polydisperse tabular grain,                                          
                   0.65       25     4.0                                  
     average aspect ratio: 6.0                                            
J    monodisperse tabular grain,                                          
                   1.05       18     3.0                                  
     average aspect ratio: 4.5                                            
.sub. K.sub.1                                                             
     monodisperse cubic grain                                             
                   0.15       15     2.0                                  
L    monodisperse cubic grain                                             
                   0.20       17     2.0                                  
M    monodisperse cubic grain                                             
                   0.34       17     2.0                                  
N    polydisperse tabular grain,                                          
                   0.65       28     2.0                                  
     average aspect ratio: 6.0                                            
O    polydisperse internal high                                           
                   1.70       33     2.0                                  
     iodide-type twin crystal grain                                       
__________________________________________________________________________
 
    
     
                       TABLE 2                                                     
______________________________________                                    
Spectral Sensitization of Emulsions A to O                                
                           Addition Amount                                
                           per mol of Silver                              
Emulsion Sensitizing Dye Added                                            
                           Halide (g)                                     
______________________________________                                    
.sub. A.sub.1                                                             
         S-1               0.30                                           
         S-2               0.10                                           
B        S-1               0.26                                           
         S-2               0.26                                           
C        S-1               0.24                                           
         S-2               0.24                                           
D        S-1               0.15                                           
         S-2               0.15                                           
E        S-1               0.11                                           
         S-2               0.03                                           
.sub. F.sub.1                                                             
         S-3               0.97                                           
G        S-3               0.50                                           
H        S-3               0.36                                           
I        S-3               0.43                                           
J        S-3               0.36                                           
.sub. K.sub.1                                                             
         S-4               0.30                                           
L        S-4               0.28                                           
M        S-4               0.14                                           
N        S-4               0.21                                           
O        S-4               0.27                                           
______________________________________                                    
 ##STR1##
 Preparation of Samples 102 to 125:
 
    
     Samples 102 to 125 were prepared in the same manner as Sample 101 except for using Emulsions A 2 , F 2  and K 2  each having incorporated therein an Rh ion in place of Emulsions A, F and K 1  used in Sample 101 and using a fogged emulsion and yellow colloidal silver (maximum absorption wavelength: 450 nm). The characteristics of Emulsions A 2 , F 2  and K 2 , the fogged emulsion and the yellow colloidal silver are shown in Table 3 and the characteristics of Samples 102 to 125 are shown in Table 4. 
     
                                           TABLE 3                                 
__________________________________________________________________________
Characteristics of Emulsions A.sub.2, F.sub.2 and K.sub.2, Fogged         
Emulsion X and Yellow Colloidal Silver Y                                  
        Coefficient of                                                    
     size                                                                 
        Fluctuation                                                       
               Rh Ion  Sensitizing Dye                                    
Emulsion                                                                  
     (μm)                                                              
        (%)    (mol/mol-Ag)                                               
                       (g/mol-Ag)                                         
                               Remarks                                    
__________________________________________________________________________
.sub. A.sub.2                                                             
     0.18                                                                 
        12     3.6 × 10.sup.-7                                      
                       S-1 0.17                                           
                               AgI content was the same as in             
                       S-2 0.06                                           
                               Emulsion A.sub.1                           
.sub. F.sub.2                                                             
     0.18                                                                 
        12     3.6 × 10.sup.-7                                      
                       S-3 0.54                                           
                               AgI content was the same as in             
                               Emulsion F.sub.1                           
.sub. K.sub.2                                                             
     0.25                                                                 
        18     3.6 × 10.sup.-7                                      
                       S-4 0.18                                           
                               AgI content was the same as in             
                               Emulsion K.sub.1                           
X    0.06                                                                 
        13     none    none    fine grained silver iodobromide            
                               emulsion with the surface and the          
                               inside thereof being fogged, AgI           
                               content: 1 mol %                           
Y    -- --     none    none    yellow colloidal silver,                   
                               AgI content: 1.0 mol %                     
__________________________________________________________________________
 
    
     
                                           TABLE 4                                 
__________________________________________________________________________
                                   Thir-                                  
Third     Fourth Layer                                                    
                    Eight                                                 
                         Ninth Layer                                      
                                   teenth     Fifteenth Layer             
     Layer,                                                               
          Emulsion  Layer,                                                
                         Emulsion  Layer,                                 
                                        Fourteenth                        
                                              Emulsion                    
     X or Y                                                               
          A.sub.1 or A.sub.2                                              
               X or Y                                                     
                    X or Y                                                
                         F.sub.1 or F.sub.2                               
                              X or Y                                      
                                   Y    Layer,                            
                                              K.sub.1 or                  
                                                   X or Y2                
Sample                                                                    
     (g/m.sup.2)                                                          
          (g/m.sup.2)                                                     
               (g/m.sup.2)                                                
                    (g/m.sup.2)                                           
                         (g/m.sup.2)                                      
                              (g/m.sup.2)                                 
                                   (g/m.sup.2)                            
                                        Interlayer                        
                                              (g/m.sup.2)                 
                                                   (g/m.sup.2)            
                                                        Remarks           
__________________________________________________________________________
101  none A.sub.1 (0.30)                                                  
               none none F.sub.1 (0.30)                                   
                              none (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Comparison        
102  none A.sub.1 (0.30)                                                  
               none none F.sub.1 (0.30)                                   
                              none (0.30)                                 
                                        omitted                           
                                              K.sub.1 (0.40)              
                                                   none Comparison        
103  none A.sub.1 (0.30)                                                  
               none none F.sub.1 (0.30)                                   
                              none (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   Y (0.008)              
                                                        Comparison        
104  none A.sub.1 (0.30)                                                  
               none none F.sub.1 (0.30)                                   
                              none (0.30)                                 
                                        omitted                           
                                              K.sub.2 (0.40)              
                                                   none Invention         
105  none A.sub.1 (0.30)                                                  
               none none F.sub.1 (0.30)                                   
                              none (0.30)                                 
                                        provided                          
                                              K.sub.2 (0.40)              
                                                   Y (0.008)              
                                                        Invention         
106  none A.sub.1 (0.30)                                                  
               none X (0.05)                                              
                         F.sub.1 (0.30)                                   
                              none (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Comparison        
107  none A.sub.1 (0.30)                                                  
               none Y (0.05)                                              
                         F.sub.1 (0.30)                                   
                              none (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Comparison        
108  none A.sub.1 (0.30)                                                  
               none none F.sub.1 (0.30)                                   
                              X (0.006)                                   
                                   (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Comparison        
109  none A.sub.1 (0.30)                                                  
               none none F.sub.1 (0.30)                                   
                              Y (0.006)                                   
                                   (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Comparison        
110  none A.sub.1 (0.30)                                                  
               none X (0.05)                                              
                         F.sub.2 (0.30)                                   
                              none (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Invention         
111  none A.sub.1 (0.30)                                                  
               none Y (0.05)                                              
                         F.sub.2 (0.30)                                   
                              none (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Invention         
112  none A.sub.1 (0.30)                                                  
               none none F.sub.2 (0.30)                                   
                              X (0.006)                                   
                                   (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Invention         
113  none A.sub.1 (0.30)                                                  
               none none F.sub.2 (0.30)                                   
                              Y (0.006)                                   
                                   (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Invention         
114  X (0.05)                                                             
          A.sub.1 (0.30)                                                  
               none none F.sub.1 (0.30)                                   
                              none (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Comparison        
115  Y (0.05)                                                             
          A.sub.1 (0.30)                                                  
               none none F.sub.1 (0.30)                                   
                              none (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Comparison        
116  none A.sub.1 (0.30)                                                  
               X (0.006)                                                  
                    none F.sub.1 (0.30)                                   
                              none (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Comparison        
117  none A.sub.1 (0.30)                                                  
               Y (0.006)                                                  
                    none F.sub.1 (0.30)                                   
                              none (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Comparison        
118  X (0.05)                                                             
          A.sub.2 (0.30)                                                  
               none none F.sub.1 (0.30)                                   
                              none (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Invention         
119  Y (0.05)                                                             
          A.sub.2 (0.30)                                                  
               none none F.sub.1 (0.30)                                   
                              none (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Invention         
120  none A.sub.2 (0.30)                                                  
               X (0.006)                                                  
                    none F.sub.1 (0.30)                                   
                              none (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Invention         
121  none A.sub.2 (0.30)                                                  
               Y (0.006)                                                  
                    none F.sub.1 (0.30)                                   
                              none (0.30)                                 
                                        provided                          
                                              K.sub.1 (0.40)              
                                                   none Invention         
122  X (0.05)                                                             
          A.sub.2 (0.30)                                                  
               none X (0.05)                                              
                         F.sub.2 (0.30)                                   
                              none (0.30)                                 
                                        omitted                           
                                              K.sub.2 (0.40)              
                                                   none Invention         
123  Y (0.05)                                                             
          A.sub.2 (0.30)                                                  
               none Y (0.05)                                              
                         F.sub.2 (0.30)                                   
                              none (0.30)                                 
                                        omitted                           
                                              K.sub.2 (0.40)              
                                                   none Invention         
124  none A.sub.2 (0.30)                                                  
               X (0.006)                                                  
                    none F.sub.2 (0.30)                                   
                              Y (0.006)                                   
                                   (0.30)                                 
                                        provided                          
                                              K.sub.2 (0.40)              
                                                   Y (0.008)              
                                                        Invention         
125  Y (0.05)                                                             
          A.sub.2 (0.30)                                                  
               none Y (0.05)                                              
                         F.sub.2 (0.30)                                   
                              none (0.30)                                 
                                        omitted                           
                                              K.sub.2 (0.40)              
                                                   none Invention         
__________________________________________________________________________
 
    
     A plurality of strips were cut from the thus prepared Samples 101 to 125, wedgewise exposed through optical wedge using a halogen lamp having color temperature of 3200° K. as a light source and processed with the following standard color reversal developer (First Developer FD-S). Each strip was subjected to sensitometry with respect to each of cyan, magenta and yellow images. Further, for testing the processing stability, four strips cut from Samples 101 to 125 were wedgewise exposed in the same manner as above and processed with Developer FD-1, FD-2, FD-3 or FD-4 which was prepared from the first developer as a standard processing solution in the above-described color reversal processing by changing the amount of potassium thiocyanate and the amount of sodium sulfite as shown in Table 5. These strips were also subjected to sensitometry in the same manner as above. The results obtained are shown in Table 6. 
     
                       TABLE 5                                                     
______________________________________                                    
             FD-S    FD-1    FD-2  FD-3  FD-4                             
Name of Chemicals                                                         
             (g)     (g)     (g)   (g)   (g)                              
______________________________________                                    
Potassium thiocyanate                                                     
             1.2     0.8     1.6   1.2   1.2                              
Sodium sulfite                                                            
             30      30      30    20    40                               
______________________________________                                    
 
    
     
                                           TABLE 6                                 
__________________________________________________________________________
Processing Stability                                                      
__________________________________________________________________________
Cyan Image                      Magenta Image                             
FD-1 FD-2         FD-3 FD-4     FD-1 FD-2    FD-3 FD-4                    
Sample                                                                    
    ΔS.sub.1                                                        
        ΔS.sub.2                                                    
            |ΔS.sub.1 /ΔS.sub.2 |           
                  ΔS.sub.3                                          
                      ΔS.sub.4                                      
                          |ΔS.sub.3 /ΔS.sub.4        
                          |                                      
                                ΔS.sub.1                            
                                    ΔS.sub.2                        
                                       |ΔS.sub.1 /ΔS.
                                       sub.2 |                   
                                             ΔS.sub.3               
                                                 ΔS.sub.4           
                                                    |ΔS.sub
                                                    .3 /ΔS.sub.4    
                                                    |            
__________________________________________________________________________
101 -0.25                                                                 
        0.20                                                              
            1.25  -0.20                                                   
                      0.16                                                
                          1.25  -0.23                                     
                                    0.18                                  
                                       1.28  -0.18                        
                                                 0.14                     
                                                    1.29                  
102 -0.25                                                                 
        0.20                                                              
            1.25  -0.25                                                   
                      0.20                                                
                          1.25  -0.24                                     
                                    0.20                                  
                                       1.20  -0.19                        
                                                 0.16                     
                                                    1.19                  
103 -0.25                                                                 
        0.20                                                              
            1.25  -0.26                                                   
                      0.21                                                
                          1.24  -0.24                                     
                                    0.21                                  
                                       1.14  -0.19                        
                                                 0.16                     
                                                    1.19                  
104 -0.25                                                                 
        0.20                                                              
            1.25  -0.24                                                   
                      0.20                                                
                          1.20  -0.22                                     
                                    0.18                                  
                                       1.22  -0.17                        
                                                 0.14                     
                                                    1.21                  
105 -0.25                                                                 
        0.20                                                              
            1.25  -0.25                                                   
                      0.20                                                
                          1.25  -0.22                                     
                                    0.17                                  
                                       1.29  -0.18                        
                                                 0.14                     
                                                    1.29                  
106 -0.26                                                                 
        0.20                                                              
            1.30  -0.21                                                   
                      0.17                                                
                          1.24  -0.28                                     
                                    0.30                                  
                                       0.93  -0.26                        
                                                 0.21                     
                                                    1.24                  
107 -0.26                                                                 
        0.21                                                              
            1.24  -0.22                                                   
                      0.17                                                
                          1.29  -0.30                                     
                                    0.35                                  
                                       0.86  -0.29                        
                                                 0.27                     
                                                    1.07                  
108 -0.27                                                                 
        0.21                                                              
            1.24  -0.21                                                   
                      0.18                                                
                          1.17  -0.29                                     
                                    0.31                                  
                                       0.94  -0.28                        
                                                 0.22                     
                                                    1.27                  
109 -0.26                                                                 
        0.21                                                              
            1.24  -0.22                                                   
                      0.18                                                
                          1.22  -0.31                                     
                                    0.36                                  
                                       0.86  -0.31                        
                                                 0.27                     
                                                    1.15                  
110 -0.23                                                                 
        0.19                                                              
            1.21  -0.19                                                   
                      0.16                                                
                          1.19  -0.15                                     
                                    0.15                                  
                                       1.00  -0.13                        
                                                 0.12                     
                                                    1.08                  
111 -0.24                                                                 
        0.19                                                              
            1.26  -0.18                                                   
                      0.15                                                
                          1.20  -0.16                                     
                                    0.15                                  
                                       1.07  -0.14                        
                                                 0.14                     
                                                    1.00                  
112 -0.23                                                                 
        0.20                                                              
            1.15  -0.19                                                   
                      0.17                                                
                          1.12  -0.16                                     
                                    0.16                                  
                                       1.00  -0.14                        
                                                 0.12                     
                                                    1.17                  
113 -0.24                                                                 
        0.20                                                              
            1.20  -0.19                                                   
                      0.16                                                
                          1.19  -0.17                                     
                                    0.16                                  
                                       1.06  -0.15                        
                                                 0.14                     
                                                    1.07                  
114 -0.33                                                                 
        0.39                                                              
            0.85  -0.27                                                   
                      0.31                                                
                          0.87  -0.24                                     
                                    0.19                                  
                                       1.26  -0.19                        
                                                 0.16                     
                                                    1.19                  
115 -0.35                                                                 
        0.43                                                              
            0.81  -0.31                                                   
                      0.23                                                
                          1.35  -0.25                                     
                                    0.20                                  
                                       1.25  -0.20                        
                                                 0.16                     
                                                    1.25                  
116 -0.34                                                                 
        0.40                                                              
            0.85  -0.30                                                   
                      0.34                                                
                          0.88  -0.24                                     
                                    0.20                                  
                                       1.20  -0.20                        
                                                 0.18                     
                                                    1.11                  
117 -0.36                                                                 
        0.45                                                              
            0.80  -0.33                                                   
                      0.35                                                
                          0.94  -0.26                                     
                                    0.21                                  
                                       1.24  -0.21                        
                                                 0.17                     
                                                    1.24                  
118 -0.18                                                                 
        0.19                                                              
            0.95  -0.16                                                   
                      0.17                                                
                          0.94  -0.22                                     
                                    0.17                                  
                                       1.29  -0.17                        
                                                 0.16                     
                                                    1.06                  
119 -0.19                                                                 
        0.19                                                              
            1.00  -0.17                                                   
                      0.17                                                
                          1.00  -0.21                                     
                                    0.17                                  
                                       1.24  -0.17                        
                                                 0.13                     
                                                    1.31                  
120 -0.20                                                                 
        0.19                                                              
            1.05  -0.17                                                   
                      0.18                                                
                          0.94  -0.22                                     
                                    0.18                                  
                                       1.22  -0.18                        
                                                 0.16                     
                                                    1.13                  
121 -0.21                                                                 
        0.19                                                              
            1.11  -0.18                                                   
                      0.18                                                
                          1.00  -0.22                                     
                                    0.19                                  
                                       1.16  -0.18                        
                                                 0.15                     
                                                    1.20                  
122 -0.18                                                                 
        0.19                                                              
            0.95  -0.16                                                   
                      0.16                                                
                          1.00  -0.15                                     
                                    0.15                                  
                                       1.00  -0.13                        
                                                 0.13                     
                                                    1.00                  
123 -0.18                                                                 
        0.19                                                              
            0.95  -0.16                                                   
                      0.16                                                
                          1.00  -0.16                                     
                                    0.15                                  
                                       1.07  -0.14                        
                                                 0.13                     
                                                    1.08                  
124 -0.20                                                                 
        0.19                                                              
            1.05  -0.16                                                   
                      0.17                                                
                          0.94  -0.16                                     
                                    0.16                                  
                                       1.00  -0.15                        
                                                 0.15                     
                                                    1.00                  
125 -0.19                                                                 
        0.19                                                              
            1.00  -0.17                                                   
                      0.17                                                
                          1.00  -0.16                                     
                                    0.16                                  
                                       1.00  -0.14                        
                                                 0.14                     
                                                    1.00                  
__________________________________________________________________________
                         Yellow Image                                     
                         FD-1 FD-2    FD-3 FD-4                           
                     Sample                                               
                         ΔS.sub.1                                   
                             ΔS.sub.2                               
                                |ΔS.sub.1 /ΔS.sub.2  
                                |                                
                                      ΔS.sub.3                      
                                          ΔS.sub.4                  
                                             |ΔS.sub.3     
                                             /ΔS.sub.4 |   
                                                   Remarks                
__________________________________________________________________________
                     101 -0.31                                            
                             0.25                                         
                                1.24  -0.24                               
                                          0.19                            
                                             1.26  Comparison             
                     102 -0.33                                            
                             0.41                                         
                                0.80  -0.26                               
                                          0.28                            
                                             0.93  Comparison             
                     103 -0.34                                            
                             0.43                                         
                                0.79  -0.28                               
                                          0.29                            
                                             0.97  Comparison             
                     104 -0.22                                            
                             0.22                                         
                                1.00  -0.17                               
                                          0.16                            
                                             1.06  Invention              
                     105 -0.21                                            
                             0.22                                         
                                0.95  -0.17                               
                                          0.17                            
                                             1.00  Invention              
                     106 -0.32                                            
                             0.25                                         
                                1.28  -0.24                               
                                          0.20                            
                                             1.20  Comparison             
                     107 -0.33                                            
                             0.26                                         
                                1.27  -0.25                               
                                          0.22                            
                                             1.14  Comparison             
                     108 -0.33                                            
                             0.25                                         
                                1.32  -0.24                               
                                          0.21                            
                                             1.14  Comparison             
                     109 -0.34                                            
                             0.27                                         
                                1.26  -0.26                               
                                          0.22                            
                                             1.18  Comparison             
                     110 -0.31                                            
                             0.26                                         
                                1.19  -0.24                               
                                          0.20                            
                                             1.20  Invention              
                     111 -0.32                                            
                             0.26                                         
                                1.23  -0.25                               
                                          0.20                            
                                             1.25  Invention              
                     112 -0.32                                            
                             0.26                                         
                                1.23  -0.25                               
                                          0.20                            
                                             1.25  Invention              
                     113 -0.33                                            
                             0.27                                         
                                1.22  -0.25                               
                                          0.20                            
                                             1.25  Invention              
                     114 -0.31                                            
                             0.25                                         
                                1.24  -0.24                               
                                          0.19                            
                                             1.26  Comparison             
                     115 -0.31                                            
                             0.25                                         
                                1.24  -0.24                               
                                          0.19                            
                                             1.26  Comparison             
                     116 -0.31                                            
                             0.26                                         
                                1.19  -0.24                               
                                          0.19                            
                                             1.26  Comparison             
                     117 -0.32                                            
                             0.26                                         
                                1.23  -0.24                               
                                          0.19                            
                                             1.26  Comparison             
                     118 -0.31                                            
                             0.25                                         
                                1.24  -0.24                               
                                          0.19                            
                                             1.26  Invention              
                     119 -0.31                                            
                             0.25                                         
                                1.24  -0.24                               
                                          0.19                            
                                             1.26  Invention              
                     120 -0.31                                            
                             0.25                                         
                                1.24  -0.24                               
                                          0.19                            
                                             1.26  Invention              
                     121 -0.31                                            
                             0.25                                         
                                1.24  -0.24                               
                                          0.19                            
                                             1.26  Invention              
                     122 -0.21                                            
                             0.22                                         
                                0.95  -0.17                               
                                          0.16                            
                                             1.06  Invention              
                     123 -0.21                                            
                             0.22                                         
                                0.95  -0.17                               
                                          0.16                            
                                             1.06  Invention              
                     124 -0.22                                            
                             0.23                                         
                                0.97  -0.17                               
                                          0.17                            
                                             1.00  Invention              
                     125 -0.22                                            
                             0.22                                         
                                1.00  -0.17                               
                                          0.17                            
                                             1.00  Invention              
__________________________________________________________________________
 Note 1: ΔS.sub.1 to ΔS.sub.4 each means the difference in log
 values of the exposure amount (CMS unit) to give the minimum density + 0.
 for each image between the processing with First Developer FD1, FD2, FD3 
 or FD4 and the processing with standard First Developer FDS.             
 Note 2: |ΔS.sub.1 /ΔS.sub.2 | and          
 |ΔS.sub.3 /ΔS.sub.4 | represent an absolute
 value of the ratio of ΔS.sub.1 to ΔS.sub.2 and an absolute   
 value of the ratio of ΔS.sub.3 to ΔS.sub.4, respectively.    
 
    
     Standard Processing 
     
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                             Tank   Replenishing                          
            Time    Temp.    Volume Amount                                
Processing  (min.)  (°C.)                                          
                             (l)    (ml/m.sup.2)                          
______________________________________                                    
First development                                                         
            6       38       12     2,200                                 
First washing                                                             
            2       38       4      7,500                                 
Reversal    2       38       4      1,100                                 
Color development                                                         
            6       38       12     2,200                                 
Prebleaching                                                              
            2       38       4      1,100                                 
Bleaching   6       38       12     220                                   
Fixing      4       38       8      1,100                                 
Second washing                                                            
            4       38       8      7,500                                 
Final rinsing                                                             
            1       25       2      1,100                                 
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     Each processing solution had the following composition. 
     
         ______________________________________                                    
                    Tank                                                  
                    Solution Replenisher                                  
First Developer (FD-S)                                                    
                    (g)      (g)                                          
______________________________________                                    
Pentasodium nitrilo-N,N,N-                                                
                    1.5          1.5                                      
trimethylene phosphonate                                                  
Pentasodium diethylenetri-                                                
                    2.0          2.0                                      
aminepentaacetate                                                         
Sodium sulfite      30           30                                       
Potassium hydroquinone                                                    
                    20           20                                       
monosulfonate                                                             
Potassium carbonate 15           20                                       
Potassium bicarbonate                                                     
                    12           15                                       
1-Phenyl-4-methyl-4-                                                      
                    1.5          2.0                                      
hydroxymethyl-3-pyrazolidone                                              
Potassium bromide   2.5          1.4                                      
Potassium thiosulfate                                                     
                    1.2          1.2                                      
Potassium iodide    2.0    mg    --                                       
Diethylene glycol   13           15                                       
Water to make       1,000  ml    1,000 ml                                 
pH                  9.60         9.60                                     
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     pH was adjusted with sulfuric acid or potassium hydroxide. 
     
         ______________________________________                                    
                  Tank                                                    
                  Solution   Replenisher                                  
Reversal Solution (g)        (g)                                          
______________________________________                                    
Pentasodium nitrilo-N,N,N-                                                
                  3.0        same as tank                                 
trimethylene phosphonate     solution                                     
Stannous chloride dihydrate                                               
                  1.0                                                     
p-Aminophenol     0.1                                                     
Sodium hydroxide  8                                                       
Glacial acetic acid                                                       
                    15 ml                                                 
Water to make     1,000 ml                                                
pH                6.00                                                    
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     pH was adjusted with acetic acid or sodium hydroxide. 
     
         ______________________________________                                    
                    Tank                                                  
                    Solution Replenisher                                  
Color developer     (g)      (g)                                          
______________________________________                                    
Pentasodium nitrilo-N,N,N-                                                
                    2.0      2.0                                          
trimethylene phosphonate                                                  
Sodium sulfite      7.0      7.0                                          
Trisodium phosphate 36       36                                           
dodecahydrate                                                             
Potassium bromide   1.0      --                                           
Potassium iodide    90 mg    --                                           
Sodium hydroxide    3.0      3.0                                          
Citrazinic acid     1.5      1.5                                          
N-Ethyl-N-(β-methanesulfon-                                          
                    11       11                                           
amidoethyl)-3-methyl-4-                                                   
aminoaniline 3/2 sulfate                                                  
monohydrate                                                               
3,6-Dithiaoctane-1,8-diol                                                 
                    1.0      1.0                                          
pH                  11.86    12.00                                        
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     pH was adjusted with hydrochloric acid or sodium hydroxide. 
     
         ______________________________________                                    
                   Tank                                                   
                   Solution Replenisher                                   
Prebleaching Solution                                                     
                   (g)      (g)                                           
______________________________________                                    
Disodium ethylenediamine-                                                 
                   8.0      8.0                                           
tetraacetate dihydrate                                                    
Sodium sulfite     6.0      8.0                                           
1-Thioglycerol     0.4      0.4                                           
Formaldehyde sodium                                                       
                   30       35                                            
bisulfite adduct                                                          
Water to make      1,000 ml 1,000 ml                                      
pH                 6.30     6.10                                          
______________________________________                                    
 
    
     pH was adjusted with acetic acid or sodium hydroxide. 
     
         ______________________________________                                    
                   Tank                                                   
                   Solution Replenisher                                   
Bleaching Solution (g)      (g)                                           
______________________________________                                    
Disoduim ethylenediamine-                                                 
                   2.0      4.0                                           
tetraacetate dihydrate                                                    
Ammonium ethylenediamine-                                                 
                   120      240                                           
tetraacetato ferrate dihydrate                                            
Potassium bromide  100      200                                           
Ammonium nitrate   10       20                                            
Water to make      1,000 ml 1,000 ml                                      
pH                 5.70     5.50                                          
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     pH was adjusted with nitric acid or sodium hydroxide. 
     
         ______________________________________                                    
Fixing Solution                                                           
______________________________________                                    
Ammonium thiosulfate   80     g                                           
Sodium sulfite         5.0    g                                           
Sodium bisulfite       5.0    g                                           
Water to make          1,000  ml                                          
pH                     6.60                                               
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     pH was adjusted with acetic acid or aqueous ammonia. 
     
         ______________________________________                                    
Stabilizing Solution                                                      
______________________________________                                    
Formalin (37%)          5.0    ml                                         
Polyoxyethylene-p-monononyl-                                              
                        0.5    ml                                         
phenyl ether (polymerization                                              
degree: 10)                                                               
Water to make           1,000  ml                                         
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     In order to compare the color reproducibility of each sample to the transparent original, the same transparent original was printed on each sample. The transparent original used was a color slide obtained from a Fuji chrome professional reversal film (RDP, produced by Fuji Photo Film Co., Ltd.). 
     Color differences were examined on the points in a definite straight line section of the original and in the corresponding definite straight line section of each print and values on several representative points are shown in Table 7. The color differences used were color differences by L*a*b* chromaticity diagram. 
     In Table 7, color differences on the determination points a to g of each sample corresponding to the determination points a to g of the transparent original are shown. In these determination points, the following images are printed in practice. 
     a: black background, b: gray chart, c: red flower petal, d: leaf, e: blue book, f: highlight portion of a face, and g: shadow portion of a face. 
     
                       TABLE 7                                                     
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Color Reproducibility                                                     
Color Difference                                                          
(smaller value indicates                                                  
better color reproducibility)                                             
Sample                                                                    
      a      b      c    d    e    f    g   Remarks                       
______________________________________                                    
101   5.3    6.1    11.4 13.7 9.8  5.3  4.7 Comparison                    
102   3.8    5.5    10.1 12.8 5.3  3.8  2.5 Comparison                    
103   3.9    5.5    10.2 12.8 5.4  4.0  2.6 Comparison                    
104   3.9    5.4    10.3 12.9 5.8  4.0  2.6 Invention                     
105   4.0    5.5    10.3 13.0 5.7  4.1  2.7 Invention                     
106   3.7    5.4    10.2 8.4  7.7  3.9  2.5 Comparison                    
107   3.4    5.1    9.9  7.9  7.4  3.8  2.3 Comparison                    
108   3.8    5.3    10.1 8.6  7.6  3.7  2.6 Comparison                    
109   3.5    5.1    10.0 8.2  7.5  3.9  2.4 Comparison                    
110   3.8    5.5    10.4 8.7  7.9  4.0  2.6 Invention                     
111   3.5    5.2    10.0 8.1  7.6  3.9  2.4 Invention                     
112   3.7    5.6    10.1 8.5  7.7  3.9  2.5 Invention                     
113   3.6    5.3    10.1 8.2  7.8  3.8  2.5 Invention                     
114   3.7    5.5    8.3  11.8 7.8  4.9  3.8 Comparison                    
115   3.5    5.3    7.9  11.5 7.5  4.7  3.5 Comparison                    
116   3.6    5.4    8.2  11.7 7.9  5.0  3.9 Comparison                    
117   3.5    5.4    8.0  11.4 7.6  4.9  3.6 Comparison                    
118   3.8    5.6    8.4  12.0 7.9  5.1  2.8 Invention                     
119   3.6    5.5    8.1  11.6 7.7  3.8  2.5 Invention                     
120   3.8    5.7    8.3  12.1 7.8  5.0  2.7 Invention                     
121   3.6    5.6    8.1  11.7 7.8  3.7  2.6 Invention                     
122   2.3    5.0    7.6  8.0  6.0  3.1  2.8 Invention                     
123   1.7    3.8    7.4  7.7  5.1  2.6  2.5 Invention                     
124   1.5    2.7    7.1  7.6  4.8  2.6  2.4 Invention                     
125   1.4    2.6    7.0  7.4  4.7  2.5  2.3 Invention                     
______________________________________                                    
 
    
     From Tables 6 and 7, it is seen that as compared with Sample 101, Samples 102, 103, 106 to 109 and 114 to 117 has superior color reproducibility however underwent deterioration in processing stability. On the other hand, samples of the present invention exhibited superior color reproducibility and at the same time good processing stability. Further, upon comparison between samples 110 and 111, between samples 112 and 113, between samples 118 and 119 and between 120 and 121, still better color reproducibility could be achieved by using yellow colloidal silver. 
     In conclusion, samples of the present invention can be said to provide superior color reproducibility and good processing stability. 
     While the invention has been described in detail and with reference to specific embodiments thereof, it will be apparent to one skilled in the art that various changes and modifications can be made therein without departing from the spirit and scope thereof.