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传质换热过程的溴化锂吸收式制冷循环分析 被引量:1
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作者 张少波 孙文哲 +2 位作者 宋忠源 陈盼盼 刘荔 《制冷》 2016年第4期85-90,共6页
本文提出了传质换热过程的单效溴化锂吸收式制冷循环,运用能量守恒和质量守恒原理对循环各部件建立热力学模型,使用EES编程对其与常规单效吸收循环进行模拟计算与比较。结果表明,传质回热循环的COP在大部分工况下有所提升,其发生所需热... 本文提出了传质换热过程的单效溴化锂吸收式制冷循环,运用能量守恒和质量守恒原理对循环各部件建立热力学模型,使用EES编程对其与常规单效吸收循环进行模拟计算与比较。结果表明,传质回热循环的COP在大部分工况下有所提升,其发生所需热源温度有所降低。该循环不仅可以利用常规单效循环所不能利用的低品位热源,而且减少了冷却水的消耗。同时,该循环开拓了吸收式制冷循环新的研究方向,并丰富了其理论研究的内容。 展开更多
关键词 LiBr-H2O溶液 传质回热 力模拟计算 膜蒸馏 吸收式制冷
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Aqueous ammonia solution cooling absorption refrigeration driven by fishing boat diesel exhaust heat 被引量:5
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作者 陈亚平 林陈敏 田莹 《Journal of Southeast University(English Edition)》 EI CAS 2010年第2期333-338,共6页
A solution cooling absorption(SCA)approach is proposed to modify the aqueous ammonia absorption refrigerat-ion cycle using the strong solution from the absorber to cool the forepart of the absorption in the cycle fo... A solution cooling absorption(SCA)approach is proposed to modify the aqueous ammonia absorption refrigerat-ion cycle using the strong solution from the absorber to cool the forepart of the absorption in the cycle for reclaiming some portion of absorption heat.As a consequence of raised temperature at the inlet,the strong solution partially boils at the outlet of the solution heat exchanger,and diminishes the thermal heat consumption of the heat source.The calculation results show that the coefficient of performance(COP)of this modified cycle is about 28.3% higher than that of the traditional cycle under typical conditions;while the required heat transfer area of the total heat exchangers of the cycle is somewhat less than that of the traditional one.The capacity of refrigeration with the new absorption cycle is more than doubled in contrast to the adsorption scheme with an identical configuration.It is sufficient to supply a fishing boat the chilling capacity for preservation of fishing products with the modified cycle chiller driven by its diesel engine exhaust. 展开更多
关键词 aqueous ammonia absorption refrigeration solution cooling absorption waste heat recovery heat and mass transfer coefficient of performance
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