1) storage heating
蓄热式采暖
3) thermal storage heating system
贮热式采暖系统
4) hot water heating
热水采暖
1.
Comparison is also made between with hot water heating system based upon heat convection.
以南京某高大车间为例,介绍了燃气红外线辐射采暖系统的设计要点,并与对流为主的热水采暖形式相比,得出燃气红外线辐射采暖由于有辐射强度和温度的双重作用,营造了真正符合人体散热要求的热状态的结论。
2.
Dynamic models of a hot water heating system and an electrical heating system were developed for a standard room and utilized to simulate and analyze the responses of the two types of heating systems.
对热水采暖系统采用三通阀调节散热器循环水量,对电采暖系统采用启停控制模式来调节,并分别进行动态仿真和比较。
3.
With horizontal and serial household control of hot water heating system, there are some advantages, i.
热水采暖系统水平串联分户控制,可以减少水力失衡,节约能源,易于维修,降低施工费用,对热用户可实现单户供热。
5) after-heating
余热采暖
1.
This paper introduces the mechanism of the generation of the circulating ammonia water and the cooling of the gas, and expounds the utilization procedures of the circulating ammonia water after-heating in the actual production.
介绍了循环氨水产生、冷却煤气的机理,阐述了循环氨水余热采暖在实际生产中的利用过程。
6) heating waste
采暖热耗
1.
Fast calculation of heating waste in the building with EL-5100 calculator;
利用EL-5100计算器快速计算建筑物采暖热耗
补充资料：集中供热(见区域供热)
集中供热(见区域供热)
district heating
集中供热(distriet heating)见区域供热。
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