Then the energy calculation and analysis for two normal run modes of the Water Source Heat Pump (WSHP) residential central air-conditioning were done at the concept of partial load characteristic.
并在考虑了水源热泵的部分负荷特性对机组效率的影响之后，对水源热泵住宅中央空调系统的两种常见工作模式进行了全年能耗计算与分析。
A cold neutron source (CNS) possessing a closed-thermal siphon loop under some given conditions shows self-regulating characteristics when the heat load fluctuates.
冷中子源（CNS）系统封闭热虹吸回路满足某些确切的条件时，在热负荷波动条件下会表现出自调节的特性。
Operation results show that this system can provide a reliable guarantee on safety operation, supervisory control and load and energy adjustment for ground source heat pumps.
运行结果表明，该系统能为土壤源热泵安全运行、监测管理和负荷能量调节提供可靠保证。
Two load-solution methods were expounded, which had an extensive significance and provided a reference for dynamic thermal analysis with a moving heat source, and for the second development of ANSYS.
阐述了两种具有普遍意义的加载求解方法，为热源移动的动态热分析和ANSYS的二次开发提供了参考。
Normal, water source heat pump room are adopted piecemeal, according to the size of the load leave the indoor unit in each room.
正常，水源热泵空调零碎采纳的都是室内的，依据室内载荷的大小别离装置在各个房间内。
In order to realize the dynamic simulation of temperature filed, gauss heat source model was adopted, and APDL language was used to compile program to apply moving heat source load.
建立高斯热源模型，并通过APDL语言编写程序实现热源的移动加载，对焊接温度场进行动态模拟。
In order to realize the dynamic simulation of temperature filed, gauss heat source model was adopted, and APDL language was used to compile program to apply moving heat source load.
建立高斯热源模型，并通过APDL语言编写程序实现热源的移动加载，对焊接温度场进行动态模拟。
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