joule的例句大全

For self-heating effect, heat generated in the TFT channel from Joule heating can not be efficiently dissipated to the outside via the glass substrate which have high thermal resistivity.

对于自加热效应，由于高热阻的玻璃衬底的存在，沟道内产生的功率热不能及时地散发出到周围环境中去，使得器件内部的工作温度升高。

Storm-time Joule heating of auroral thermosphere and ionization depletion in the F-region ── eiscat radar observation

暴时极光区热层大气焦耳加热与F区电离耗空的EISCAT雷达观测

The Semi-quantitative Investigation of the Joule Coefficient and the Reverse Temperature

焦耳系数和反转温度的半定量分析

The gas which meets the ideal gas equation absolutely will be bound to meet Joule's law.

绝对满足理想气体状态方程的气体一定满足焦耳定律。

The effect of joule heating on the resistance change due to the test current was also estimated and proved to be negligible compared with that due to piezoresistivity.

同时还估算了由于测试电流产生的焦耳热引起的温升，证明温升引起的电阻变化远远小于压阻效应，可以忽略。

When conductance heat is equal to half of Joule heat, the thermal flux at joint of binary current leads is minimum at large operating current.

认为大电流运行下，传导热等于焦耳热的一半时，在二元电流连接点的热流最小。

Moreover, the effect of Joule heating due to higher electrical field on the retention of neutral and nonpolar compounds was modeled based on the approaches proposed by Bello et. al.

建立了在高电场强度下焦耳热效应引起化合物的保留因子变化的理论模型。

Electromagnetic Energy Mechanical Energy and Joule Heat

电磁能量、机械能和焦耳热

study on joule heat in the separation of high performance capillary electrophoresis

高效毛细管电泳分离中焦耳热现象的考察

the effect of joule heat and mineral matter on conductivity of coal

焦耳热效应和矿物质对煤导电性的影响

solution of temperature field with internal joule heat generation by method of separation of variables

焦耳内热源温度场求解的分离变量法

the distribution pattern of joule heat on alb and its environmental significance

ALB上焦耳热场的形态分布特征及环境意义探讨

the effect of joule heat and mineral matter on conductivity of coal has been studied.

主要讨论了焦耳热效应和矿物质对煤导电性质的影响。

numerical calculation of the magnetic induction joule heat in hfw pipe seam

HFW钢管焊缝感应焦耳热的数值计算

the analytical solution of steady-state temperature field with internal joule heat generation for sound structure is firstly investigated.

研究了在焦耳内热源条件下，无缺陷结构稳态热传导问题，并获得了其解析的求解方法。

the current density, joule heat and temperature distribution were also investigated, and the simulation results were contrasted with experimental data.

通过有限元方法对机敏混凝土的电热场进行了模拟分析，研究电流密度、焦耳热分布及试件表面温度分布变化规律并与实验所得试件表面温度场进行了对比分析研究。

but when voltage changed largely, there was some linear bend due to joule heat, especially in large internal diameter column.

由于焦耳热的影响，在电压变化幅度较大的情况下，电渗流与电压的关系曲线呈线性弯曲，在大内径毛细管电色谱柱上更加明显。

the temperature rise in liquid lithium hartmann flow at electrically conducting walls due to joule heat has been investigated numerically.

运用数值模拟方法对液态金属锂在导电壁面的哈特曼流中因焦耳热引起的升温进行了计算。

when the boundary conditions of electromagnetic quantities are satisfied, according to maxwell field equation the expression for joule heat resource power can be obtained.

在满足电磁量边界条件的情况下，根据导电体的麦克斯威尔方程，得到裂纹尖端附近焦耳热源功率的表达式。

this is followed by a transient thermal analysis which calculated the temperature distribution in the chucking appliance due to the previously calculated joule heat.

接下来通过瞬态热分析计算了夹具的温度分布。