1) chemical adsorption refrigeration
化学吸附式制冷
2) adsorption refrigeration
吸附式制冷
1.
Dynamic operating characteristics for adsorption refrigeration;
吸附式制冷系统运行参数动态特性
2.
Thermodynamic analysis and performance of adsorption refrigeration loop;
吸附式制冷循环热力学及性能
3.
Study on solar heating system for adsorption refrigeration device;
太阳能吸附式制冷装置中集热系统的研究
3) adsorption chiller
吸附式制冷机
1.
A novel silica gel-water adsorption chiller was experimentally studied,which consists of two adsorption/desorption chambers and one heat-pipe working chamber of evaporator.
针对一种由2个吸附/解吸真空腔和1个蒸发器热管工作真空腔组成的新型硅胶-水吸附式制冷机进行了实验研究,确定了吸附床的热力性能及机组的动态运行特性。
4) solid adsorption refrigeration
固体吸附式制冷
1.
The preliminary discussion on application of theory of fractal in solid adsorption refrigeration systems;
分形理论在固体吸附式制冷系统中的应用研究
2.
Adsorbent bed is a core component in solid adsorption refrigeration system.
固体吸附式制冷系统中核心部件是吸附床,由于床体内的吸附剂是多孔介质,床体与吸附剂之间接触热阻大,所以热传导能力差。
3.
Currently,the study of the solid adsorption refrigeration employing ship waste heat focuses on fishing vessels,while the study of the solid adsorption refrigeration on ocean ship still settles on primary assumption,theoretical derivation or computer simulations.
本文探讨了利用远洋船舶柴油机余热进行固体吸附制冷的可行性,并提出了摸拟船舶余热的固体吸附式制冷实验系统的设计方案。
5) adsorption chiller
吸附式制冷机组
1.
According to the operation performance of adsorption chillers, optimizes the parallel operation mode of two adsorption chillers by means of variance analysis.
根据吸附式制冷机组的运行特性,利用方差分析的方法,对两台吸附式制冷机组的并联运行模式进行了优化。
2.
The operation performance under typical operating mode in summer of Shanghai was studied, which included temperature variations of solar collector arrays and adsorption chillers as well as refrigerating output variations of the system.
研究了上海市夏季典型工况下,太阳能吸附式空调系统的运行特性,包括太阳能集热器阵列、吸附式制冷机组的温度变化规律以及系统制冷量的变化规律。
6) Adsorption refrigeration system
吸附式制冷系统
1.
The paper proposes an adsorption refrigeration system using silica gel and water as working pair with novel design.
Saha[2]、Chua[3] 和 Boelman[4] 等制成了用80 ℃热源驱动、30 ℃冷凝的传统吸附式空调系统; 后来 Saha[5] 等又开发了可利用热源温度范围为50~60 ℃的两级、三级硅胶 水吸附式制冷系统, 而系统的 COP和制冷量均低于传统的硅胶 水系统。
2.
This paper, taking a continuous heat recovery adsorption refrigeration system as study object, through dynamic simulation on the system driven by intermittent heat source, influence of intermittent heat source and the heat storage capacity of heat source on desorption capacity is analyzed.
本文以一个连续回热型吸附式制冷系统为例,通过对间歇热源驱动下的系统运行过程的动态仿真,分析了热源的变化及其热源中的蓄热对于系统解吸过程的影响,提出了热源间断时间的判断方法以及在间歇热源驱动下的系统的控制方案。
补充资料：吸附制冷机
分子式：
CAS号：
性质：是一种用吸附剂的吸收和解吸来代替常用压缩机的制冷设备。在多孔固体吸附剂(如BX分子筛沸石)的吸附作用下，系统的真空度迅速提高，液态的冷冻剂蒸发，吸收气化潜热而制冷，在吸附剂吸附饱和后，将吸附剂加热解吸，放出冷冻剂的蒸气，经冷却后得到液态的冷冻剂，吸附剂再生。如此反复造成冷冻循环。
CAS号：
性质：是一种用吸附剂的吸收和解吸来代替常用压缩机的制冷设备。在多孔固体吸附剂(如BX分子筛沸石)的吸附作用下，系统的真空度迅速提高，液态的冷冻剂蒸发，吸收气化潜热而制冷，在吸附剂吸附饱和后，将吸附剂加热解吸，放出冷冻剂的蒸气，经冷却后得到液态的冷冻剂，吸附剂再生。如此反复造成冷冻循环。
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