FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4316505384> ?p ?o ?g. }

• W4316505384 endingPage "106568" @default.
• W4316505384 startingPage "106568" @default.
• W4316505384 abstract "Phase change cold energy storage materials with approximately constant phase transition temperature and high phase change latent heat have been initially used in the field of cold chain logistics. However, there are few studies on cold chain logistics of aquatic products, and no relevant reviews have been found. Therefore, the research progress of phase change cold energy storage materials used in precooling, processing, packaging, transportation and storage of aquatic products was reviewed. In addition, the cold chain logistics process of aquatic products, commonly used low-temperature preservation technology and the influence of temperature fluctuation on the quality of aquatic products were introduced. Some phase change cold energy storage materials in cold chain temperature zone of aquatic products developed by researchers in recent years and existing inorganic eutectic water-salt solution phase change cold energy storage materials in sub-zero temperature were collected. It has reference value for future development of phase change energy storage materials for cold chain logistics of aquatic products. And the common encapsulation forms of phase change materials were introduced. The problems of the cold chain from fishing to selling of aquatic products and the solutions of applying phase change cold energy storage materials were summarized. Finally, some prospects for the application of phase change cold energy storage materials in cold chain logistics of aquatic products in the future were put forward." @default.
• W4316505384 created "2023-01-16" @default.
• W4316505384 creator A5013959650 @default.
• W4316505384 creator A5015871680 @default.
• W4316505384 creator A5073506303 @default.
• W4316505384 date "2023-04-01" @default.
• W4316505384 modified "2023-10-17" @default.
• W4316505384 title "Research progress of phase change cold energy storage materials used in cold chain logistics of aquatic products" @default.
• W4316505384 cites W1552954685 @default.
• W4316505384 cites W1589239636 @default.
• W4316505384 cites W1993065545 @default.
• W4316505384 cites W2002534626 @default.
• W4316505384 cites W2011788891 @default.
• W4316505384 cites W2016844222 @default.
• W4316505384 cites W2019398136 @default.
• W4316505384 cites W2048729832 @default.
• W4316505384 cites W2051681489 @default.
• W4316505384 cites W2061025612 @default.
• W4316505384 cites W2069857188 @default.
• W4316505384 cites W2519056868 @default.
• W4316505384 cites W2538293458 @default.
• W4316505384 cites W2541048324 @default.
• W4316505384 cites W2566591713 @default.
• W4316505384 cites W2603812528 @default.
• W4316505384 cites W2604071260 @default.
• W4316505384 cites W2613207177 @default.
• W4316505384 cites W2623724682 @default.
• W4316505384 cites W2768317347 @default.
• W4316505384 cites W2772373075 @default.
• W4316505384 cites W2797628848 @default.
• W4316505384 cites W2883728702 @default.
• W4316505384 cites W2886304382 @default.
• W4316505384 cites W2888583058 @default.
• W4316505384 cites W2888655325 @default.
• W4316505384 cites W2889476471 @default.
• W4316505384 cites W2894112722 @default.
• W4316505384 cites W2895952061 @default.
• W4316505384 cites W2900668822 @default.
• W4316505384 cites W2906426339 @default.
• W4316505384 cites W2914635467 @default.
• W4316505384 cites W2915345178 @default.
• W4316505384 cites W2921695583 @default.
• W4316505384 cites W2931782186 @default.
• W4316505384 cites W2939520021 @default.
• W4316505384 cites W2947083711 @default.
• W4316505384 cites W2955179336 @default.
• W4316505384 cites W2974301996 @default.
• W4316505384 cites W2977973893 @default.
• W4316505384 cites W2981229968 @default.
• W4316505384 cites W2982461456 @default.
• W4316505384 cites W2995008617 @default.
• W4316505384 cites W2997995602 @default.
• W4316505384 cites W3004821592 @default.
• W4316505384 cites W3006470310 @default.
• W4316505384 cites W3008174177 @default.
• W4316505384 cites W3021811909 @default.
• W4316505384 cites W3022266844 @default.
• W4316505384 cites W3034878250 @default.
• W4316505384 cites W3036065133 @default.
• W4316505384 cites W3036665340 @default.
• W4316505384 cites W3038832964 @default.
• W4316505384 cites W3043082456 @default.
• W4316505384 cites W3047318992 @default.
• W4316505384 cites W3084250633 @default.
• W4316505384 cites W3086803008 @default.
• W4316505384 cites W3087142475 @default.
• W4316505384 cites W3087177270 @default.
• W4316505384 cites W3118480185 @default.
• W4316505384 cites W3123582575 @default.
• W4316505384 cites W3126407057 @default.
• W4316505384 cites W3132098925 @default.
• W4316505384 cites W3135030847 @default.
• W4316505384 cites W3156542694 @default.
• W4316505384 cites W3158634883 @default.
• W4316505384 cites W3168627876 @default.
• W4316505384 cites W3171405491 @default.
• W4316505384 cites W3172384812 @default.
• W4316505384 cites W3176759005 @default.
• W4316505384 cites W3188226474 @default.
• W4316505384 cites W3189797482 @default.
• W4316505384 cites W3197015526 @default.
• W4316505384 cites W3211109464 @default.
• W4316505384 cites W4200051474 @default.
• W4316505384 cites W4206927353 @default.
• W4316505384 cites W4210664561 @default.
• W4316505384 cites W4211183741 @default.
• W4316505384 cites W4221005290 @default.
• W4316505384 cites W4280615457 @default.
• W4316505384 cites W4281287370 @default.
• W4316505384 cites W4281837062 @default.
• W4316505384 cites W4283727981 @default.
• W4316505384 cites W4284887992 @default.
• W4316505384 cites W4308559687 @default.
• W4316505384 doi "https://doi.org/10.1016/j.est.2022.106568" @default.
• W4316505384 hasPublicationYear "2023" @default.
• W4316505384 type Work @default.
• W4316505384 citedByCount "5" @default.
• W4316505384 countsByYear W43165053842023 @default.

• next