Shock pressure, internal energy and shock temperature were calculated as function of compression.
冲击压力、内能和冲击温度被计算为压缩度的函数。
The shock temperature measured at relatively lower pressure was consistent with the result from thermodynamic calculations.
在较低压力下获得的冲击温度与热力学计算结果较为一致。
By adding organic activated bentonite in palletizing production, the strength and shock temperature of green balls were improved obviously.
球团生产中配加有机改性膨润土，明显改善了生球的强度和提高了生球爆裂温度。
In the calculation of shock temperature by using isentropic curve, an isentropic equation which is consistent with the Hugoniot curve is developed.
在利用等熵线计算冲击温度时，从冲击绝热线出发推导了一个半解析的等熵方程。
It has been shown that: as fine particle is increased in the raw material, drop number of green ball is increased and shock temperature is decreased.
研究表明：随着粒度组成的细粒级部分的增多，生球落下强度呈上升趋势，生球爆裂温度呈下降趋势。
The effects of treatment conditions including heat shock temperature, treatment initiation time after fertilization and treatment duration on development were investigated.
根据热休克起始时间、持续时间和休克温度三因子三水平设计正交试验，探索获得人工诱导南方鲇雌核发育的最理想条件。
The results show that sodium bentonite can greatly improve the drop strength and compressive strength of green pellets, while calcium bentonite could enhance shock temperature of green pellets.
结果表明，钠基膨润土能使生球落下强度、抗压强度显著提高；而钙基膨润土在改善球团爆裂温度方面优于钠基膨润土。
Shock temperature measurement is a crucial subject in equation-of-state and high-pressure phase transition investigations.
冲击温度测量是物态方程及高压相变测量中的一项至关重要的课题。
Shock temperature measurement is a crucial subject in equation-of-state and high-pressure phase transition investigations.
冲击温度测量是物态方程及高压相变测量中的一项至关重要的课题。
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