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Study on thermal properties of TBAB–THF hydrate mixture for cold storage by DSC

机译:DSC研究TBAB-THF水合物冷库的热性能

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摘要

In order to study the thermal properties of new type environment-friendly binary hydrate for cold storage in air-conditioning system, tests have been carried out by DSC comprehensively on the phase-change temperature and fusion heat of TBAB hydrate, THF hydrate, and TBAB–THF hydrate mixture. The results show a good trend that TBAB–THF hydrate has the superiority for more proper phase-change temperature and increased fusion heat. A broader and more developed view is that adding appropriate amount of hydrate with lower phase-change temperature to hydrate with higher one can make the hydrate mixture more suitable for cold storage (especially for 278–281 K); some hydrates with lower phase-change temperature can even make the fusion heat of mixture hydrate increased greatly. Several new environmental working pairs for binary gas hydrates have been listed to help to promote the application.
机译:为了研究用于空调系统冷库的新型环保二元水合物的热性能,DSC全面测试了TBAB水合物,THF水合物和TBAB的相变温度和熔融热。 –THF水合物混合物。结果表明,TBAB-THF水合物具有更合适的相变温度和更高的熔融热优势。更广泛,更发达的观点是,在相变温度较低的水合物中添加适量的水合物,可使相变温度较低的水合物更适合于冷藏(特别是在278–281 K)。一些相变温度较低的水合物甚至可以使混合水合物的熔融热大大提高。列出了几种用于二元气水合物的新环境工作对,以帮助促进该应用。

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