1) intermittent heating
间歇供暖
1.
Model of the intermittent heating process of a hot water heating system;
热水间歇供暖加热过程数理模型
2.
Initial investment and operating cost are calculated for continuous heating and intermittent heating of different buildings in different places to establish the economical operation of heating sys-tems and the required capacity of necessary equipment,find out the more economical way to run the heating system and corresponding economical equipment capacity.
以燃油锅炉为热源的供暖系统作为研究对象,分别对采用连续供暖和间歇供暖运行方式下系统的初投资及运行费用进行综合比较,选择不同地区、不同的建筑类别以及不同的围护结构组合的诸多建筑模型,采用计算期内费用年均值作为目标函数,通过C语言编制的计算程序进行了模拟计算,从而确定经济合理的运行方式及相应的设备容量。
2) discontinuous heating
间歇式供暖
3) intermittent electric heating
电热间歇供暖
1.
Introduces the mathematical mode of thermodynamic process in intermittent electric heating systems,and makes an experimental test of thermodynamic process as an example which will perhaps be available for reference during applying and designing intermittent electric heating.
介绍电热间歇供暖热力过程数学模型 ,并以一个实例进行了热力过程的实验测定研究 ,对设计、应用电热间歇供暖有一定的参考意义。
4) intermittent heating
间歇供暖，间歇加热
5) The intervallic heating system by gas
燃气间歇式供暖系统
6) intermittent nitrogen supply
间歇供氮
1.
The process and mechanism of ion nitriding with pure nitrogen were studied by way of continuous nitrogen supply simultaneously with vacuum pumping and furnace shutdown after intermittent nitrogen supply,respectively,under cathode voltage of 500,600,650 and 700 V.
分别研究了在500、600、650和700 V阴极电压条件下采用连续供气抽真空和间歇供氮闭炉的方式进行纯氮离子渗氮的工艺及机理。
补充资料：供暖
又称“采暖”。用人工方法保持室内一定温度(一般在20°c上下)的技术。分两种：(1)集中供暖。由热源集中制备的热水或蒸汽，通过管道输送到各房间内的散热设备，将热量散发；或将空气集中加热后用风管分送到各个房间。(2)就地(局部)供暖。设在室内的火炉、电炉、空调器等就地产生和散发热量。也有用火墙、火炕供暖的。
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