温度 - 关于温度的双语例句 - 温度造句 - 语文书

为您找到233个与“温度”相关的双语例句：

Firebox using automatic intelligent control system of manual control system.
燃烧室采用全自动智能化控制手动控制,控制温度精确.
RESULTS: Fermentative temperature at 28 ℃ and oxygen supply were most important condition.
结果: 温度和微氧是青黛炮制过程中影响发酵的关键因素.
Temperature - set, automatic control large heating area, quick heating - up, high evenness and timesaving.
温度设定自动控温,温度显示具有加热面积大、生温快、温度均匀、控温精确、省时省力.
This eutectic composition has a melting temperature lower than the operating temperature.
这共晶成分的熔化温度低于操作温度.
Because of experimental errors the temperature of the eutectic halt varies slightly from run to run.
由于实验误差,低共熔暂停的温度轻微变化,忽上忽下.
You will have a bit espial to see how the temperature change.
稍加观察就可以看出温度是怎样变化的.
The results show that temperature gradient has great impact on ESD.
结果表明:温度梯度对ESD影响很大.
A small adjustment will equalize the temperature in the two rooms.
稍作些调节就会使两间房内的温度相等.
At very high temperatures, more endothermic reactions play a role.
在很高的温度下, 更多的吸热反应起作用.
The variation of return rate constant k with different absolute temperature T deviates Arrhenius empiric equation.
反应速率常数随绝对温度的变化基本上符合阿累尼乌斯定理.
Cloudtop properties include cloudtop pressure, cloudtop temperature and cloud effective emissivity.
云顶性质包括云顶气压、云顶温度和有效云量或有效比辐射率.
However, embrittlement occurs in some metals at elevated temperatures and pressures.
但是, 当温度和压力升高时,某些金属会脆化.
They seldom displace the purely indicating thermometers for direct.
它们很少能代替直读式温度计.
S - PPESK showed high catalytic activity and excellent dimerization selectivity under low reaction temperature conditions.
S-PPESK在较低的温度条件下对异丁烯的低聚反应表现出了很高的催化活性和二聚反应选择性.
From the increase in the weight of the desiccant the absolute humidity can be determined.
可从干燥剂重量的增加来确定绝对温度.
Higher temperature and more water not only denature PPL , but also decrease stereoselectivity of PPL.
温度和水分的升高不仅使PPL酶活降低, 而且会引起选择性降低,甚至可能使PPL选择性整体表现出逆转.
The effect of the sintering temperature on the degrease performance is obvious.
其中烧结温度对陶粒的性能影响较大.
Nanocrystalline materials can exhibIt'superplasticity at lower temperature and higher deforming rate.
纳米晶材料可在更低的温度、更高的应变速率下发生超塑性变形.
This paper introduces a DDC ( Direct Digital Control ) temperature system.
介绍一种DDC ( 直接数字控制 ) 温度系统.
A DB - 624 quartz capillary column and a FID were used.
采用气相色谱法, DB -624石英毛细管柱,氢火焰离子化检测器(FID),程序升温,检测器温度为300℃.

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