한국 포장 학회지 Vol . 24 No . 2 : : 한국 포장 학회 - earticle 
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 한국 포장 학회지 [ Journal of Korea Society of Packaging Science & Technology ] 
 한국 포장 학회 	 [ Korea Society Of Packaging Science & Technology ] 
 KDC 539 DDC 628 
 Vol . 24 No . 2 ( 6 건 ) 
 다양 한 산소 투과도 를 가진 커버 필름 과 산소 지시 물질 로 제작 된 인쇄 형 TTI 
 김도현 , 장 한 동 , 한 서현 , 안명현 , 이승주 
 한국 포장 학회 한국 포장 학회지 Vol . 24 No . 2 2018 . 08 pp . 41 - 48 
 A printable time temperature integrator ( TTI ) consisting of oxygen indicator and cover films with various oxygen permeability was developed . The printing ink contained methylene blue ( oxygen indicator ) which changed in color during storage . TiO 2 and glycerol for UV - activation of TTI and zein and ethanol for printing performance were also contained in the printing ink . The cover film on the ink was employed to control the color change rate and temperature dependency ( Arrhenius activation energy , Ea ) by using the different films ( PE , PET , OPP , and LLDPE ) . The film properties were varied by annealing . TTI was produced by silk screen printing . As a result , the color change rates were different for the cover films , being the highest in TTI with LLDPE , followed by OPP , PE , and PET . The rate decreased with increase in the cover film thickness . The Ea was the highest in TTI with LLDPE , followed by OPP , PE , and PET . The Ea did not change with the cover film thickness . The annealed PVC and PET film were lower in oxygen permeability than the unannealed ones , indicating the lower color change rate . 
 천연 색소 인 안토 시아니 딘 기반 의 인쇄 형 시간 - 온도 이력 지시 계 개발 
 장 한 동 , 양정화 , 김도현 , 안명현 , 한 서현 , 이승주 
 한국 포장 학회 한국 포장 학회지 Vol . 24 No . 2 2018 . 08 pp . 49 - 56 
 A novel printable time - temperature integrator ( TTI ) composed of a natural coloring matter , anthocyanidin , was developed . The anthocyanin was biochemically modified to change in color over week scale , compared to the original anthocyanin over month scale change . The anthocyanin extracted from strawberry was converted to its aglycone , anthocyanidin , by the treatment with β - glucosidase . The print paste was composed of the freeze - dried powder of anthocyanidin , pullulan , glycerol and distilled water , which was screen - printed . The TTI performance were examined in terms of kinetics and temperature dependency . The activation energy of anthocyanidin TTI was 86 . 92 kJ / mol . Compared with the activation energy of foods , the applicable food groups were found . Applicable food groups were chilled meat products and fish . The major benefits of the TTI were the printability to be practical in use and the eco - friendliness with the natural pigment . 
 한국 포장 학회 한국 포장 학회지 Vol . 24 No . 2 2018 . 08 pp . 57 - 64 
 This article delves into the current status of various packaging technologies , which are currently being applied or are under development for the shelf - life extension and quality improvement of fresh and processed meat products . Traditional packaging methods include vacuum packaging , modified atmosphere packaging , and air - permeable packaging . Recently , innovative packaging methods have been introduced that utilize technologies such as barrier - films , active packaging , nanotechnology , microperforated films , far - infrared radiations , and plasma treatment . All of these packaging methods have their own merits and drawbacks in terms of shelf - life and quality maintenance . A right choice of packaging system for fresh and processed meat products must be made in accordance with the conditions of the raw material , storage , and distribution in the market and household , and while considering the environmental sustainability and consumer ’ s expectations . 
 국내 포장 폐기물 에 따른 재질 별 재 활용 공정 현황 및 재 활용 문제점 
 고 의 석 , 심원철 , 이학래 , 강욱 건 , 신지현 , 권오철 , 김재능 
 한국 포장 학회 한국 포장 학회지 Vol . 24 No . 2 2018 . 08 pp . 65 - 71 
 Paper packs , glass bottles , metal cans , and plastic materials are classified according to packaging material recycling groups that are Extended Producer Responsibility ( EPR ) . In the case of waste paper pack , the compressed cartons are dissociated to separate polyethylene films and other foreign substance , and then these are washed , pulverized and dried to produce toilet paper . Glass bottle for recycling is provided to the bottle manufacturers after the process of collecting the waste glass bottle , removing the foreign substance , sorting by color , crushing , raw materializing process . Waste glass recycling technology of Korea is largely manual , except for removal of metal components and low specific gravity materials . Metal can is classified into iron and aluminum cans through an automatic sorting machine , compressed , and reproduced as iron and aluminum through a blast furnace . In the case of composite plastic material , the selected compressed product is crushed and then recycled through melt molding and refined products are produced through solid fuel manufacturing steps through emulsification and compression molding through pyrolysis . In the recycling process of paper packs , glass bottles , metal cans , and plastic materials , the influx of recycled materials and other substances interferes with the recycling process and increases the recycling cost and time . Therefore , the government needs to improve the legal system which is necessary to use materials and structure that are easy to recycle from the design stage of products or packaging materials . 
 한국 포장 학회 한국 포장 학회지 Vol . 24 No . 2 2018 . 08 pp . 73 - 84 
 This study sought efficiency of collaboration between manufacturers and distributors by finding a way to improve logistics efficiency in order to save distribution cost and standardize packaging together with profit generation by way of simple - display packaging in discount stores . For the study purpose , the impact of products with RRP ( Retail Ready Packaging ) by each discount store on the collaboration achievement such as loading efficiency was observed . From this observation , an alternative packaging system that can improve logistics efficiency between manufacturers and distributors was sought and the role of distributors in distribution standardization was explored . The purpose of this study also includes suggesting some implications on future basic direction of environment - friendly management . If this study would induce distributors to have more interest in distribution standardization and if logistics efficiency would be enhanced by the operation of packaging system considered of compatibility with pallets , this study would have academic significance and create practical values . 
 계절 별 수송 온도 가 MA 포장 한 어린잎 비트 의 저장 성 에 미치 는 영향