Meanwhile, the range of additive contents and crystal temperature were discussed.
同时，讨论了添加剂的添加量范围和适宜的结晶温度。
The continuous temperature coefficient was got by fitting the crystal temperature coefficient.
拟合了晶体的温度系数，得到了连续的温度系数值。
The influences of heat transfer coefficient and cooling water temperature on crystal temperature are computer.
计算了不同对流换热系数和冷却水温度对晶体温度的影响。
The higher reaction temperature was given, the better crystal morphology was appeared.
水热反应温度的提高有利于获得形貌规则的晶粒；
The crystal grains grow up accompany the temperature rising.
随温度的升高，出现晶粒长大的现象。
And will be collected in the temperature of liquid crystal display to be felt.
并且将采集到的温度在液晶显示器上表现出来。
The mechanical properties and crystal transformation were investigated at room temperature.
研究了室温时共聚物的晶型转变过程及其力学性能。
Objective To design a new digital temperature sensor with quartz crystal for manned space flight.
本文提出一种载人航天系统的新型设计思想 ，即以航天员为本的设计思想。
Objective To design a new digital temperature sensor with quartz crystal for manned space flight.
本文提出一种载人航天系统的新型设计思想 ，即以航天员为本的设计思想。
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