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1·The results show that the inverse temperature structure is the type of mixing inverse temperature, which manifests the effect of tidal currents.

分析表明：本海域的逆温现象，属于混合逆温型，表现了潮流运动的作用。

2·Although we have not changed other insulation systems within the switchgear, we know they are less affected by the inverse temperature-time characteristic.

虽然我们未改变其它绝缘材料系统在互换机之内，我们知道他们由相反温度时间特征影响。

3·Furthermore, with the increase of the total altitude gaps of hills, the maximum inverse temperature gaps decreased when the drop-join and grades of slopping fields were not changed.

当排汇比和坡度相同时，最大逆温差值随山坡的总高度差的增大而减小。

4·In the heat transfer analysis, combining temperature on tire side tested by drum test, a numerical inverse method is described for determining the heat convection boundary on tire side.

热传导分析中，依据实测的轮胎胎侧温度场，提出了一种基于实验的数值反演方法来确定胎侧的对流热边界条件。

5·The sensitive temperature characteristics of PN junction inverse saturation current is fully utilized to obtain good temperature coefficient and PSRR with simple circuit structure.

该技术充分利用了PN结反向饱和电流是温度敏感函数的特性，使用简单的电路结构，达到了很好的温度特性和电源抑制性能。

6·The inverse dynamics model of superheated steam temperature is complex, nonlinear, whose solution is get more difficult by general method.

过热汽温对象的逆动力学模型是复杂的非线性模型，利用常规的求解方法很难求解。

7·A one-dimensional linear inverse heat conduction problem for temperature measurement is presented in the paper.

讨论了用于温度测量的非稳态一维线性导热反问题。

8·Based on the methods of adaptive inverse control, double loops of disturbance canceling system are designed for the main steam temperature system.

基于自适应逆控制方法设计了主汽温系统的双回路扰动消除系统。

9·It is known that the measurement error for the interior temperature always causes the numerical solution of the inverse heat conduction problem unstable.

众所周知，内点温度的测量误差往往导致导热逆问题计算的不稳定。

10·A new method to determine the thermal coefficient, which varies with temperature in a linear relation, is proposed by using the mathematical principle of the inverse problem for heat conduction.

本文采用导热反问题的数学原理，提出了一种一次测定随温度线性变化的导热系数方法。