high temperature nuclear particle detector 高温核粒子探测器
core temperature of particle 颗粒中心温度
High-temperature Particle Evaporation Drag Model 高温粒子蒸发曳力模型
high-temperature particle 高温颗粒
The abrasive wear loss of the coatings was significantly influenced by particle temperature.
分析表明粒子的温度对涂层磨粒磨损质量损失有较大的影响。
Focuses influence on particle temperature out the urea prilling tower with the type of tower, granulator means, and natural conditions etc.
主要论述了尿素出塔粒子温度受造粒塔的类型、造粒手段，自然条件等方面的影响。
However, if a straight line is fitted for logarithmic spectrum data to give the particle temperature, it is better to minimize the temperature square error sum.
如果将能谱实验数据的对数拟合成直线以求得粒子温度，则最好对温度误差的平方和极小化。
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