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1·A ceramic material with zero temperature coefficient is obtained.

获得了一种性能良好的零温度系数陶瓷材料。

2·The reactivity temperature coefficient weighting factors are computed.

计算了反应性温度系数的权重因子。

3·Temperature coefficient of capacitance at a certain temperature rang is small.

一定温度范围内电容量温度系数小。

4·The temperature coefficient of resistance (TCR) of these samples have been studied.

多晶材料，研究了它们的电阻温度系数(TCR)。

5·This circuit features low temperature coefficient and high power supply rejection ratio.

该电路有较低的温度系数和较高的电源抑制比。

6·Therefore, we get the bandgap reference voltage with very small temperature coefficient.

由此得到温度系数很小的带隙基准电压。

7·Low temperature coefficient, high precision, low noise, and good high frequency performance.

温度系数小、精度高、噪声低、高频性能好。

8·We deduced a expressions for threshold voltage temperature coefficient of short channel MOST.

推导了了一个短沟道MOST阈值电压温度系数表达式；

9·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。

10·Under these conditions, no cool flame and negative temperature coefficient phenomenon was observed.

在这样的条件下，异丁烯的氧化溲有冷焰与负温度系数现象。