resistance loss

Has the reason and the low loss thermal resistance function;

有绝缘及低损失的热阻功能；

The relative erosion resistance and erosion mechanism was studied through measuring the rate of mass loss and SEM observation.

通过测定试样冲蚀失重率及扫描显微镜显微分析方法，研究材料在含沙清水和含沙海水中的相对耐冲蚀性和冲蚀机制。

Inadequate resistance to wear will lead to rapid loss of clearances and drop in pump performance.

如果耐磨蚀能力不足,则将导致间隙迅速增大和泵性能下降.

Calculation method of flow-in coefficient and resistance loss for radiators in horizontal single-pipe cross-over heating system

船舶螺旋桨进流补偿导管单管水平跨越式系统散热器进流系数和阻力损失的计算方法

The truss structure featured by small flow resistance , strong toughness and less pressure loss.

具有流阻小, 刚性好,压力损失小的桁架式结构.

The Effect of Thermal Resistance and Regeneration Loss on Ericsson Cycle Performance

热阻和回热损失对埃里克森循环性能的影响

The functions of this meter include RLC meter, dielectric loss angel meter, MOA meter, electric meter, direct-resistance meter and check gauge.

该测试装置能够完成的测试功能相当于：RLC测试仪、介质损耗角测试仪、MOA测试仪、电气参数测试仪、直流电阻测试仪以及电表校验仪。

In view of existing problems in the conventional measurement, an improved measuring method for tube frictional resistance loss and the influence of the bell mouth etc is developed to make the measurement more reasonable and accurate.

针对常规测试中存在的问题，改进了管道摩阻损失的测试方法，消除了喇叭口等因素影响，使得管道摩阻测试更加合理和准确。

Rolling resistance is generated from hysteretic loss and friction loss when the tire rolling on the road, at the same time, the tire temperature is increased. This directly affects the life of tire and the energy consumption of vehicle.

轮胎滚动时的滞后损失及其与路面摩擦产生的损耗构成了轮胎的滚动阻力，同时损耗的能量以热的形式释放，使其工作温度上升，这直接影响轮胎的使用寿命和汽车能耗。

The order of temperature resistance and decomposition temperature of fluid loss additives is obtained.

通过差热分析和水溶液老化后的特性粘度测出了各种降滤失剂的耐温次序和分解温度.

Based on the dynamic analysis of tire and thermal energy loss, the analytic method of thermal-structure coupling was used to the finite element analysis of radial tire steady state rolling resistance.

在此基础上，根据轮胎橡胶材料滞后生热特性，采用热-结构耦合分析方法对子午线轮胎稳态滚动阻力进行了有限元分析。

The resistance loss on coke bed in CDQ chamber is measured, the influence of inert gas cooling quantity, coke size and shape factor on resistance loss is studied.

测量了干熄炉内焦炭床层的阻力损失，研究了鼓风量、焦炭直径以及形状因子对阻力损失的影响。

An Ericsson cycle model under the influence of thermal resistance and regeneration loss is established and a basic optimization relation of the cycle deduced, using output power as a target function.

建立受热阻和回热损失影响的埃里克森循环模型，以输出功率为目标函数，导出循环的基本优化关系式。