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1)  solid heat storage
固体蓄热
1.
The heat storage principle and material of electric heat solid heat storage device is introduced, and heat transfer analysis is made on the heating and discharging.
介绍了电热固体蓄热装置的蓄热原理和蓄热用材料,对加热过程和放热过程进行了传热分析。
2)  solid heat storage device
固体蓄热装置
1.
Experimental studies on the process of its heat discharge on the 10kW electric heat solid heat storage device are made and temperature distribution regulations in heat retaining mass under the different heating methods and control temperatures are obtained.
在10 kW的电热固体蓄热装置上对其放热过程进行实验研究,得到不同加热方式、不同控制温度下蓄热体内温度分布规律。
3)  regenerator [英][ri'dʒenə,reitə]  [美][rɪ'dʒɛnə,retɚ]
蓄热体
1.
In the light of the question of short life of regenerator in the process of applying regenerative combustion technology,the development and application of a new high efficiency,low resistance and long life regenerator is introduced.
针对蓄热式燃烧技术应用过程中出现的蓄热体寿命较短的问题,介绍了一种新型高效、低阻,长寿蓄热体的开发及其实际应用情况。
2.
for example,some problems were analyzed,such as(regenerator′s) agglutination,regenerative chamber leaking fire and air and reversing valve fault.
以唐山钢铁股份有限公司中型厂蓄热式加热炉为例,对影响加热炉使用的蓄热体板结、蓄热室漏火漏气,以及换向阀不到位的问题进行了分析,并介绍了解决其问题的有效措施。
3.
At first,the paper introduce the developing situation of the regenerator in china and then analysis,find that most part of researching to regenerator focus on design and the situation of online regenerator has been omitted,the paper provide a new method that realize the online diagnosing regenerator,the technology has been used in a large scale reheating furnace and result is good.
对国内目前关于蓄热体的研发现状进行了介绍和分析,针对目前对蓄热体的研究主要集中在蓄热体的开发和设计方面,而在蓄热体投用后的性能等却缺乏研究的特点,开发了蓄热体的性能诊断技术,并通过在大型加热炉上的应用,证明了其实用性。
4)  heat storage of furnace body
窑体蓄热
5)  thermal storage of wall
墙体蓄热
1.
Basing on one-dimensional thermal circuit network model and auxiliary heat demand formula with temperature control method,the change of auxiliary heat demand and indoor air temperature under different auxiliary heat control constant and set-point temperature were determined,and the effect of set-point temperature on thermal storage of wall was also discussed.
研究了根据一维热网络模型、温控下辅助热源量的计算公式及热平衡方程,计算不同辅助热源的控制常数以及设定温度下室内温度和辅助热源量的变化;分析了不同的热源控制常数取值和设定温度对室内温度和辅助热源量的影响;讨论了设定温度对墙体蓄热利用的影响。
6)  storage volume
蓄热体积
1.
Simulates and analyses the heat energy collected by the solar collector, the inlet and outlet temperatures of heat transfer fluid in the energy storage tank, the mean temperature of the phase change material(PCM) and the heat losses from the energy storage tank under different combinations of the collector area and the storage volume for the system with PCM of CaCl2·6H2O applied to a vill.
6H2O作为相变蓄热材料,以哈尔滨地区应用该系统的某别墅为例,对不同太阳能集热器面积和蓄热体积下的集热量、蓄热装置换热流体进出口温度、相变材料平均温度及蓄热装置散热损失进行了模拟与分析。
补充资料:蓄热式换热
分子式:
CAS号:

性质:工业中的换热方式之一。利用固体填充物贮蓄热量以达到换热目的。当气体通过时,根据气体的温度高于或低于填充物的温度,可将热量传给填充物或从填充物吸取热量。常用于冶金工业,也用于化学工业等。例如炼钢平炉和煤气炉常用来预热空气等。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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