1000k

The results show that when the temperature is about 1000K , the vacancy in the second layer begins to diffuse to the surface .

结果表明，当温度为1000K左右时，位于近表面第二层上的空位开始向表面运动；

However , while the initial temperature of flow field is 1000K , the inlet fuel temperature down to 700K , the methane conversion rate is still 81 % .

但在流场初值为1000K，燃料入口温度下降到700K时，甲烷转化率依然有81%。

A computer real-time data acquisition device for the measurement of Seebeck coefficients and electrical conductivities from 300K to 1000K were designed and installed in the present work .

本项工作中，自行设计制作了一套用于测量300K～1000K范围内的Seebeck系数和电导率计算机自动测量装置，并探讨了测量数据的处理方法和过程。

The kinetic process of tautomerization of 1H-ANTA to 2H-ANTA has been studied in the temperature scope of 300K to 1000K for the first time .

首次在300～1000K温度范围内研究了1H-ANTA和2H-ANTA相互转换的动力学过程。

To investigate the surface structure and the temperature dependence on the surface structure , the surface of silicate glass substrate was simulated under 500 ~ 1000K and 0.5 % ~ 1.5 % mass percent of Al .

为考察硅酸盐玻璃衬底的表面结构以及温度对玻璃衬底表面结构的影响，模拟研究了500~1000K温度范围内及Al质量分数为0.5%~1.5%的玻璃衬底结构。

Finally the feasible technological parameters are concluded that the temperature is 1400 - 1500K , the temperature of chloridate is 900 K - 1000K and the flow rate of chlorine is 50-70 ml / min.

本文得出最佳工艺参数为：沉积温度1400-1500K，氯气流量50～70ml／min，氯化反应温度900～1000K。

There is not crystallization in the temperature range higher than 1000K , the fraction of crystals increases rapidly in the temperature range from 980 K to 870 K , and it is not changed in the temperature range below 870 K.

冷却过程中，在高于1000K温度区间，没有发生明显的结晶现象，而在980K至870K温度范围内，结晶分数快速增大，低于870K时不再发生明显改变。

On the high-load condition of Modern Heavy Duty Diesel Engine , the max compression pressure is more than 10MPa ; temperature is greater than 1000K ; and the traditional sense of the ignition delay is only 100 μА .

现代高强化柴油机在高负荷时，压缩终点的压力超过10MPa，温度超过1000K，传统意义上的着火滞燃期只有100μS左右。

During the simulations , the deposition rate and temperature were considered as two input parameters , in which deposition rate was chosen as 0.1 ~ 0.001nm/s and deposition temperature is chosen as 800 ~ 1000K according to real experiment conditions in general researches .

模拟中选定两个输入参数为沉积速率和沉积温度，并根据相关研究报道的实验条件，分别取沉积速率处于0.1~0.001nm/s之间，沉积温度处于800~1000K之间。

When the particle size of diamond is greater than about 100 μ m , however , it is easily to be fractured if the shock pressure is high ( over 20GPa ) while the temperature is low ( below 1000K ) .

但是，当金刚石粒度较大时（约100μm以上），如果冲击温度较低（约1000K以下）。同时冲击压力又较高（约20GPa以上），金刚石颗粒就容易被冲击波破碎。