...电喷雾电离源正源 (ESI+);电离毛细管电压//电喷雾电压(capillary):3 kV;一级锥孔电压(cone):22V;电离源温度(source temperature):120℃;去溶剂温度(desolvationtempera.
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Ion source temperature 离子源温度
ga source temperature ga源温度
Source Temperature Optimization 源温度优化
high source temperature 高热源温度
lower source temperature 低热源温度
source temperature field 有源温度场
Finally, the influence on the economy of the heat source temperature is presented.
最终本文提出了热源温度的经济性影响的问题。
The performance of the new system is simulated, and the influences of heat-source temperature on the performances of refrigeration and heat-supply are discussed.
通过对新系统的过程模拟,文中研究了新系统的能量特性和热力学的机理;
The results of the investigation show that under a relatively low heat source temperature the thermal and exergy efficiency of the system may attain in excess of 30%.
结果表明,在较低的热源温度下,系统的热效率和火用效率可以达到30 %以上;
Or I could have a non-adiabatic, I could take the same temperature change, by taking a flame, or a heat source and heating up my substance. So, clearly q is going to depend on the path.
也能改变温度,绝热指的是没有热传递,在非绝热条件下,也同样可以升温,比如用火或者热源加热,这样,q也应当与路径有关。
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