回热器位于冷阱的上部。
研究等流量法在高温回热器试验台上的应用。
The application of equal mass flow method in high temperature recuperator test system is discussed.
设计并建立了一台连续回热型吸附式制冷试验样机。
Designed and established a continuously heat regenerative adsorption refrigeration experiment prototype.
回热器是能源岛系统中微型燃气轮机的一个主要部件。
The recuperator is one of the main components of the micro turbine in energy island system.
提出一种缝隙回热器式脉管制冷机，并进行了计算机模拟。
A new concept of pulse tube refrigerator using gap regenerator as its regenerator is suggested.
这项工作对指导回热系统运行及研究机组经济性具有重要意义。
This work is identified as being critical significance to direct operation of heat recovery system and research unit economic.
并依此参数的新表达式对回热式室温磁制冷循环进行数值计算。
Moreover, a numerical simulation was carried out for the regenerative room-temperature magnetic refrigeration cycle based on the new parameters.
计算中主要考虑了导热损失、穿梭损失、辐射损失以及回热损失。
The static conduction, shuttle and radiation heat losses, as well as regenerator inefficiency have been considered.
结果表明，有无回热器时工作温度对系统性能的影响是不一致的。
Effects of operating temperatures as well as economizer heat exchanger on the performance of the system are illustrated graphically.
锅炉给水温度是电厂锅炉设计和回热系统设计、优化的重要参数。
Boiler feed-water temperature is an important parameter of design and optimization of boiler and regenerative cycle in therme power plants.
合理的管束布置，对于强化回热作用，降低流动汽阻具有重要意义。
The reasonable layout of tube bundle can strengthen the heat regenerative effect and reduce flow steam resistance.
无除氧器热力系统可使回热系统得到简化，并提高其可靠性及经济性。
Thermodynamic system without deaerator helps simplify the regenerative subsystem and improves its reliability and economics.
因此研究汽轮机回热系统加热器给水焓升最优分配问题具有重要意义。
Therefore studying the optimal distribution of feed-water enthalpy rise is of great significance.
燃气轮机采用间冷回热技术是新一代船用主动力装置的重要发展趋势。
The adoption of intercooling and regeneration technology represents a major development tendency for a new generation of Marine main propulsion plants.
从热动力学理论出发，定量地证明回热器的自激振荡特性为负阻尼振荡。
Self-sustained oscillation characteristic of thermoacoustic stack is quantitatively proven based on thermodynamic theory to be negative damped oscillation.
对回热器的强化换热技术从填充颗粒，换热流体两个方面进行了分析介绍。
Heat transfer technology of regenerator was analyzed in both heat transfer fluid and filling particles.
应用优化理论和数值计算方法，求得该机组加装暖风器时的最佳回热参数。
The author uses optimal method and obtains. the best regenerative parameters of this unit with the air preheater.
发现采用不锈钢材料和耐热陶瓷作为回热器的材料还有一些问题有待解决；
It is concluded that some problems of adopting stainless steel and refractory ceramics as materials for high-temperature recuperators remain to be solved.
回热器是脉管制冷机的关键部件之一，其效率对脉管制冷机性能有很大影响。
Regenerator is one of the key components of pulse tube cooler, and its efficiency can greatly influence the performance of pulse tube cooler.
MPT系列，磁力驱动的回热式透平泵，专门用于小流量，高压头应用领域。
MPT Series magnetically driven, sealless regenerative turbine vane pumps are designed specifically for small flows at high heads.
该设备结构紧密，除了使用一款回热式透平推进器以外，与MP系列泵很相似。
The MPT Series features close-coupled construction similar to the MP Series, but uses a regenerative turbine vane impeller.
在理论研究及实验论证的基础上，本文提出了一种新型的低温回热式气体制冷机。
The paper puts forward a new type of cryogenic refrigerator proved to be nor- mal working by theoretical calculation and experimental demonstration.
同时长时间回热也减慢了吸附床的升降温速率，影响了系统运行的制冷量和能效比。
The longer heat recovery time slows the speed of adsorber temperature-up and temperature-down so as to effect on refrigerating power and COP.
作为回热循环中的关键部件，回热器性能的好坏对于燃气轮机效率的提高至关重要。
Recuperator, as the key part in recuperated cycle, plays the important role in efficiency increasing of gas turbine.
通过优化两个换热器和回热器之间的热导率分配或传热面积分配可得循环最优性能。
The optimal performance can be obtained by optimizing the distribution of heat conductances or heat transfer surface areas among the two heat exchangers and the regenerator.
结合具体实例，针对国产200MW汽轮机回热系统给水焓升的分配进行了说明。
Based on an example, the feed-water enthalpy rise distribution for the domestic 200mw steam turbine regenerative system is discussed in this paper.
利用等效焓降理论，对回热系统主要监测参数的运行能损进行了在线数学模型的研究。
Based on the theory of equivalent enthalpy, the operating energy loss of the main monitor parameters of thermodynamic system has been studied.
对所有的回热式低温制冷机，压力波与质量流之间的相位控制是达到制冷效果的关键。
To all the regenerative refrigerators, to control the phase angle between the pressure and the volumetric velocity is pivotal to attaining satisfactory refrigeration effect.
同时利用基于MATLAB环境下的径向基函数网络，建立了回热系统故障诊断模型。
Meanwhile, by utilizing a radial base-function network based on a MATLAB environment established was a fault diagnostic model for the regenerative heating system.
同时利用基于MATLAB环境下的径向基函数网络，建立了回热系统故障诊断模型。
Meanwhile, by utilizing a radial base-function network based on a MATLAB environment established was a fault diagnostic model for the regenerative heating system.
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