1) double absorption heat transformer
双吸收热转换器
1.
Based on the first and the second law of thermodynamics, a theoretical exergy analysis of a single-stage and double absorption heat transformer with TFE-E181 is presented and researched i.
本文以热力学第一、第二定律为基础，通过对TFE—E181单级和双吸收热转换器热力过程进行模拟计算与炯分析，指出了两种类型的热转换器在能量转化过程中的薄弱环节，并研究了各种工况如循环倍率、回流比、冷凝温度、发生温度等对系统的COP和ECOP 的影响，以及如何控制这些参数使系统COP和ECOP达到最佳。
2) absorption heat transformer
吸收式热转换器
1.
Thermodynamic analysis for LiBr-H_2O absorption heat transformer;
以溴化锂溶液为工质的吸收式热转换器热力学分析
3) double absorption heat transformers
双吸收式热变换器
1.
Exergy analysis of double absorption heat transformers with a new solution cycle;
具有新的溶液循环双吸收式热变换器火用分析
4) Double absorption heat transformer (DAHT)
双吸收式热变换器(DAHT)
5) absorption heat transformer
吸收式热变换器
1.
The principle and thermodynamic cycle of the absorption heat transformer used for upgrading low grade industrial waste heat are introduced.
介绍了提升工业废热温位的吸收式热变换器的工作原理 ,工质的热力循环过程。
2.
Considering synthetically the heat resistance hetween working fluid and the heat reservoir,the heat leakage be- tween the heat reservoir and the environment,and the irreversibility of the internal cycle,the thermodynamic model of four-temperature-level irreversible absorption heat transformer with finite heat capacities of heat reservoirs was set up in this paper.
建立了热源热容量有限时,综合考虑传热热阻、热源与环境的热漏以及循环内不可逆性时的实际四温位不可逆吸收式热变换器循环模型,导出了泵热率和泵热系数的一般特性关系;利用单效溴化锂吸收式热变换器机组的工程数值计算方法,与热力学模型预测结果进行了对比分析,佐证了所建立的热力学模型及导出的特性关系的正确性;并探讨了不同工况时的循环性能,以及通过减小循环内不可逆性、热源热漏和对换热器总传热面积进行优化分配后循环性能可能提高的幅度。
3.
The test results of the first industrial scale absorption heat transformer (AHT) equipment in China were reported,recovering the waste heat released from mixture of steam and organic vapor at 98℃ in coacervation section of the synthetic rubber plant.
针对工业化吸收式热变换器装置 ,分析了各单元组件的传热特性系统的性能系数和技术经济指标。
6) four-heat-reservoir heat-transformer cycle
四热源吸收式热变换器
补充资料：模数转换器与数模转换器
模数转换器与数模转换器
A/D converter and D/A converter
mos卜妇之huonhuonql yu shumo Zhuan门Ua叫「模数转换器与数模转换价(A/DConverterandD/A eonverter)见电力系统调度信息。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条