absorption cycle 的翻译结果(2)

设计了连续而又稳定循环的三效吸附式热泵单元─－三效冷环，使各吸收床的吸附循环之间具备先后连贯性，既可防止吸附床的过高，又能防止热泵输出端的不稳固工作状况，使得热泵系统的ＣＯＰ值、效率或者各吸收循环的强度均有显著提升。此外直燃机的几个循环，单元化使三效冷环容易大量保持真空度，便于按照余热量的大小进行并联组合成较大的热泵系统。

A heat transfer test under the condition of a hydrogen non-absorption cycle was Performed on a simulated and authordesigned and fabricated hydride heat exchanger intended for use as a vehicular air conditioner. A formula governing the relationship between heat transfer factor, air flow resistance. Nu and Re has been deduced. Proposed in this paper is also a method for the further enhancement of the reactor heat transfer factor. All the above provides a solid basis for the proper design of vinecular...

A heat transfer test under the condition of a hydrogen non-absorption cycle was Performed on a simulated and authordesigned and fabricated hydride heat exchanger intended for use as a vehicular air conditioner. A formula governing the relationship between heat transfer factor, air flow resistance. Nu and Re has been deduced. Proposed in this paper is also a method for the further enhancement of the reactor heat transfer factor. All the above provides a solid basis for the proper design of vinecular hydride-bated air conditioning reactors.

对作者自行设计生产的氢化物空调模拟换热器，进行了非吸放氢循环下的传质试验直燃机的几个循环，获得了传热系数，空气流阻和Ｎｕ与Ｒｅ的关系式，提出了进一步提升反应器传热系数的方式。为实际车用氢化物空调反应器的设计提供了根据．

Presents an overview of some new absorption working mediums and their effects, describes in broad outline advanced high performance absorption cycles including high COP cycles for refrigerations and heat pumps, high temperature lift cycles for heat transform, absorption-compression hybrid cycles and heat pump transformers. Gives an outline of air-cooling and heat pumping and the advanced cycles with new refrigerants.

综述了国内高性能吸收式循环（含空调与热泵的高ＣＯＰ循环、热变换高温升循环、吸收－压缩混合循环等）和吸收式新工质研究以及疗效，并对发展方向、风冷化与热泵化技术、新制冷剂的新型循环作了探讨分析。

&nbsp

相关查询

本文来自电脑杂谈，转载请注明本文网址：
https://www.pc-fly.com/a/dianqi/article-120750-2.html