List of Articles Packaging

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  1 - Modeling the properties of food packaging and its impact on the decision making of customer purchasing with a moral approach
  Dariush  Zarei Hossein  Vazifeh Dust Vahid Reza Mirayei
  One of the most influential components in the sales process is the design and design of the packaging structure. This design is sometimes inspired by product-related elements such as product geometry, product origin, or product geography. As customers nowadays have more More

  One of the most influential components in the sales process is the design and design of the packaging structure. This design is sometimes inspired by product-related elements such as product geometry, product origin, or product geography. As customers nowadays have more power than ever, they tend to look at the descriptions and ingredients of each These products are not comparable to them. Of course, given the fact that there is still a bulk buying culture in our country, there is still a long way to see the growth of packaging products, but these days, exporters have realized that No matter, this sector will not succeed in the global market, and we all know It was because of this package that we handed over the zooghfran to Spain, and if the manufacturer of the corners of the box shows that it is in order to improve the packaging of its products from bad to medium and still a place for innovative packaging in the country's industry It is not intended to be included in this paper. In this paper, we have reviewed the packaging packing protocols, so that we can take steps to help producers and increase sales. Manuscript profile
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  2 - Design of Opportunities Selection Model and their Commercialization in R&D Centres
  Ahmad Mosaei
  Nowadays, pay attention to research and development in Iran (our country) is more important than previous and especially more than developed countries. If Research is being directive it could be solvent for most of the disaster. In the current companies R&D is the merel More

  Nowadays, pay attention to research and development in Iran (our country) is more important than previous and especially more than developed countries. If Research is being directive it could be solvent for most of the disaster. In the current companies R&D is the merely competitive advantage and only organizations could be sustainable that have installed R&D. Hence this paper aim to develop a directive model for R&D centers in Iran to improve efficiency and effectiveness of such centers. Through Step by step executing of such model, R&D organization could be certain that each of their ideas (if being opportunity) will locate in a directive and default road to arrive the market. This will lead to a clear position to research plan in the R&D organization. The important characteristic of the model is that Market research, marketing, and commercialization are some of the stages of that which lead to inhibit of accumulation of no applicable knowledge in R&D organization. Manuscript profile
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  3 - A Review of Mechanical Recycling of Polylactic Acid: Challenges and Recent Achievements
  Farzane Tabatabaee
  The growing use of polylactic acid (PLA) encourages technologists to conduct extensive research into valorization of PLA waste with best quality. In general, mechanical recycling of PLA is one of the most cost-effective recycling methods. However, recycled materials are More

  The growing use of polylactic acid (PLA) encourages technologists to conduct extensive research into valorization of PLA waste with best quality. In general, mechanical recycling of PLA is one of the most cost-effective recycling methods. However, recycled materials are commonly used for minor applications due to the inherent thermo-mechanical degradation of the polymer during recycling, which mainly results in chain scissions and intramolecular and intermolecular transesterification reactions. Therefore, it has a negative effect on the molar mass distribution and consequently on the mechanical, thermal and rheological properties of recycled PLA. In this article, a review of recent research on the effects of mechanical recycling on the properties of PLA including structural, morphological, mechanical, rheological and thermal changes was done. Furthermore, a review of three main ways of valorization of recycled PLA including thermal modification, chemical modifications in the presence of stabilizers, chain extenders, branching agents and finally mixing with nanoadditives or with other polymers was done in order to improve the properties of recycled PLA. Moreover, due to the widespread use of natural fibers to improve the performance of PLA, the recyclability of natural fiber-reinforced PLA biocomposites was investigated. Finally, two important applications of recycled PLA in the food packaging and the 3D printing industries were discussed. Manuscript profile
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  4 - Application of Bio-nanocomposites in Food Packaging
  Fatemeh Savojbolaghi Mahshid Maroufkhani
  The need for food packaging to maintain quality and shelf life is increasing day by day. Nanostructured materials are preferred over microstructures due to their unique physical and chemical properties and improved performance. Advanced packaging based on nanotechnology More

  The need for food packaging to maintain quality and shelf life is increasing day by day. Nanostructured materials are preferred over microstructures due to their unique physical and chemical properties and improved performance. Advanced packaging based on nanotechnology has made it possible to preserve and transport food safely without changing the taste and quality. In addition, it prevents contamination and preserves the mechanical, physiological, physical and chemical properties of food. Various nanomaterials have been used in food packaging to prepare improved, active, smart and bio-based packaging. Smart packaging ensures food safety by detecting contamination, gases, humidity, temperature and other food parameters using sensors. With the increasing demand for the production of new, environmentally friendly and high-performance packaging, "bio-nanocomposites" have attracted a lot of attention in recent years. Bio-nanocomposites are bio-based polymers that consist of two main components, one acting as a matrix called biopolymer (continuous phase) and the second as a reinforcing agent (dispersed phase) with dimensions ranging from 1 to 100 nm. . Bio-based packaging is a new and new generation packaging that replaces natural polymers with synthetic plastics. In this article, recent research in the field of bio-nanocomposites has been reviewed based on the application for different needs and the possible risk of nanoparticle migration. Manuscript profile