肉类样品在单相和二元冷却介质中浸泡冷却的研究

G. Goncharova, I. V. Agafonkina, S. Borzov, G. V. Borschev
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引用次数: 0

摘要

本文考虑了采用两相冷却介质(二元冰,在国外文献中称为冰浆)浸泡冷却密封包装食品的可能性。对冷却肉制品向二元冰和单相液体介质的传热过程进行了实验研究。根据所获得的结果,评估了使用二元冰冷却密封包装肉的适宜性。首次获得了实验数据,正确地进行了在相同条件下包装肉对二元冰和单相液体的换热强度的对比评估。二元冰的优势已经得到证实,不仅在保持冷却剂的温度(储存能力)方面,而且在冷却密封肉制品时,与单相液体冷却剂相比,它的传热系数更高。所得数据可作为设计和开发基于二元冰的浸入式冷却系统的依据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research of meat samples cooling by immersion in single-phase and binary cooling medium
The article considers the possibility of using a two-phase cooling medium (binary ice, in the foreign literature — ice slurry) for immersion cooling of hermetically packed food products. Experimental studies of heat transfer processes from cooled meat products to binary ice and single-phase liquid medium have been carried out. Based on the results obtained, the appropriateness of using binary ice for cooling hermetically packed meat has been assessed. The experimental data have been obtained for the first time and the comparative assessment of the heat transfer intensity from packaged meat to binary ice and single-phase liquid under identical conditions has been correctly carried out. The advantage of binary ice has been confirmed not only in terms of maintaining the temperature of the coolant (storage capacity), but also in terms of higher values of the heat transfer coefficient compared to single-phase liquid coolant when cooling sealed meat products. The data obtained can serve as a basis for the design and development of immersion cooling systems based on binary ice.
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