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latent heat per mole 每克分子潜热
latent heat per mol 每克分子潜热
The amount of heat per mole necessary to cause the rise of temperature is different in each case. 在每一种情况下，致使每一摩尔物质升高温度单位所需要的热量是不相同的。
latent heat per gram 每克潜热
There is one proton,or equivalent,per mole of KHP. 每摩尔的KHP含等量的H离子数。
A similar definition holds good for latent heat of vaporization. 气化潜热的定义与此雷同。
It releases more heat per unit of weight than any other fuel. 作为燃料,它每单位重量释放热量最多。
Ionization Energy (IE) and Electron Affinities (EA) are expressed as kilojoules per mole. 电离能和电子亲和性表达为每千焦耳摩尔。
The half-year cycle of latent heat flux exists in the Xisha area, with the maximum appearing in winter. 西沙海面潜热通量存在半年周期特征，极大值也是出现在冬半年。
The cooling system has to remove about 60,000 BTU of heat per minute. 冷却系统必须每分钟带走大约6000英国热量单位的热量。
In this case latent heating and radiation cooling are comparable. 在这种场合，潜热加热和辐射冷却数值相当。
The Effect of Latent Heat Release on the Evolution of a Warm Occluded Thermal Structure. 潜热释放对热固囚热结构的作用。
Specific luminescence activity of the labeled antibody is l. SxlO1 cps/mol with an average incorporation ratio of 2.4 mole of DMAE-NHS per mole of antibody. DMAE·NHS与抗体偶联物DMAE·NHS-Ab的发光性能与DMAE·NHS相似，DMAE·NHS与Ab的分子比为2.;4时其发光强度为1
The results show that vorticity advection, thermal advection and latent heat release made great contribution to the development of the depression. 中低层的温度平流、降水凝结释放潜热维持上升运动，是低压进一步发展的有利条件。
Heat arriving at the interface is immediately converted to latent heat of vaporization (the water boils). 到达接口的热立刻被转换成潜在汽化热(水煮沸)。
The specific latent heat is the difference in enthalpies of the substance in its two states. 比潜热是物质在两种状态下的焓差。
The low-temperature blown gas discharged from the fixed-bed intermittent gasifier contains high latent heat. 固定层间歇式煤气发生炉排放的低温吹风气具有较高的潜热。
In contrast to simplistic expectations, the total amount of protofibrils and the amount of permeabilizing activity per mole protein in the protofibril fraction were reduced by the E46K mutation. 与过分简单化的期望相反，E46K突变减少了原纤维的总数和有孔道样结构的原纤维数。
Thermal energy storage are the technologies that make use of latent heat stored by Phase Change Materials (PCMs). 蓄热技术利用相变材料（Phase Change Material，PCM）的相变热来储存热能。
The results show that melting latent heat of the cool storage material is 149kJ/kg, phase change tempera. 通过实验方法研究了空调蓄冷材料的相变温度、相变潜热和比热等热学性能。