Aesthetic surgery training: the role of art education.
After initiating a trial series of art classes for plastic surgery residents, the authors recommend that art education, including hands-on training and art appreciation, becomes part of an aesthetic surgery training curriculum.
Author Index
Abbondanza M 889 Abbott C 851, 956 Abdelaal A 919, 920 Abdelazeem B 919, 920 Adler P 901 Agar A 844, 878, 880, 928, 970 Agarashishagar A 878 Ahn J 951 Akambase J 967 Al-Ani H 882 Allen N 882 Allen P 855, 956, 964, 970 Allende A 937 Alpins N 885 Altaie R 858 Al-Timimi Z 919 Amoaku W 954 Andrew N 918, 951 Ang B 859, 922 Ang T 862, 866, 931, 942, 943 Angelo L 887, 904, 905, 909 Anjou M 911 Apel W 896 Ardakani N 938 Arnalich F 888 Arthur C 904 Ashraf G 927, 928, 946, 971 Ashraf H 946, 971 Atik A 859, 921 Avey G 935 Ayton L 855, 916 Ayton LN 871 Babeau F 888 Bacchi S 872, 926, 945, 968, 969 Badr H 919, 920 Baglin E 956 Bai A 847, 910 Bailey C 853 Baker A 886 Baker-Smith V 970 Banan L 894, 896 Bandello F 954 Barkley M 967 Barnes N 956 Barnett T 970 Barthelmes D 959 Battiwalla X 956 Beecher M 934 Bengus M 853 Bennetts B 916 Berry E 844, 880 Bhatt UK 885 Bigirimana D 859, 921, 922 Binsadiq A 964 Birigimana D 925 Birrell H 899 Bisco T 886 Bliss C 851, 859 Bolton DM 888 Borchert G 907 Boyer D 851, 859 Boynes A 889, 939 Braden J 970 Bremner A 847 Britten-Jones AC 871 Broadhead G 961 Browning S 970 Buckhurst H 908 Buckhurst P 908 Buckland L 903 Bukorovic L 954 Burbidge A 845, 958 Burbridge A 934 Busija L 925 Byun Z 951 Caldwell J 948 Cameron C 935, 943 Campbell R 846 Campbell T 927, 946 Camuglia J 846 Caplash Y 931 Carden S 911 Carney T 968 Carty C 847, 910 Casson R 844, 872, 879, 880, 933, 945 Cataract 893 Chaikitmongkol V 853 Chakrabarti R 848, 927 Chakravarthy U 853 Chan E 889, 894, 912 Chan H 906, 929 Chan LY 847, 947 Chan W 866, 926, 945 Chan WO 872 Chandra P 952 Chang A 955, 961, 965 Chang MC 967 Channell J 970 Chaudhary V 853 Chaudhry S 949 Chehade L 954 Chen C 962 Chen F 871, 954 Chen H 967 Chen L 961, 965 Cheng S 900, 954 Cherepanoff S 937 Cheung CMG 959 Cheung I 910 Chew S 881 Chi GC 853 Chichello E 855 Chidgey A 964 Chidlow G 879 Chilibeck C 974 Chiu Z 923 Chong E 873, 905 Chong EW 929 Chu E 961 Chumkasian WA 908 Chung IY 865 Clark B 953 Clement C 878 Cohn G 893 Collins C 923 Conn J 869 Constable I 871 Copeland S 870 Corbett J 952 Cornea 894 Cornish E 854, 913, 957, 959 Coroneo M 970 Coroneo MT 905, 906, 914, 928 Coventon J 910 Cox R 888 Craig A 870, 963 Craig J 844, 860, 877, 879, 880, 888, 895, 914, 921, 922, 924, 925 DOI: 10.1111/ceo.14150
Thermodynamics on the Carbochlorination of Titanium-bearing Ores
The equilibrium compositions of the multi-component, multi-phase and multi-reaction system of carbochlorination of titanium-bearing ores are calculated with HSC, a computational chemistry software. The thermodynamic equilibrium calculation of the reaction system shows that a complete conversion of titanium-bearing ores is feasible at a temperature near 200oC. At temperatures ranging from 800 to 1600oC, the products of the reaction system are all in gaseous phase. Thermodynamic analysis accords with the industrial practice. The simulated results provide reasonable scientific basis for improving suitable technological conditions of the carbochlorination reduction.