结合加速度计零位和标度因数的温度误差模型，采用了相应的误差补偿算法。
The proper error-compensation method is adopted based on the temperature error model of the accelerometer.
作为补充，又开发了一个对比温度为0.8 ~ 1.0的传导因数计算式。
As complementary, a calculation formula with contrast of 0. 8 ~ 1. 0 for conductivity factors was developed.
对不同温度的磷铵料浆，在不同分离因数以及不同分离时间条件下进行离心沉降实验。
The experiment of microporous filtration is carried out at different temperature of suspention and different filtration pressure.
口型的冠部截面大、口型圆角R小、流胶口大，排胶温度高，挤出速度慢，则膨胀因数小；
The swell factor tends to decrease if the cross section of die crown is large, the die round R is small, the runner is large, the dumping temperature is high and the extrusion speed is low;
该系统可以测量电机的电压、电流、功率因数、功率、温度、转矩和转速，能够对电机参数进行快速准确地测定分析，用于电机的控制和智能保护。
The system can be adopted to measure electrical machine parameter quickly and accurately as well as analyse measuring data, so it can be used in electrical machine control and intelligent protection.
电容量和损耗因数随温度和频率的变化小，稳定性好。
High stability of capacitance and DF versus temperature and frequency.
材料的介电常数和品质因数随着微波烧结温度的提高而增大，对应数值分别比传统烧结方式提高17.5%和14.3%左右。
The value of sr and Q of ZST increased with the increasing of sintering temperature, and the corresponded value increase 17.5% and 14.3% respectively, compared with electrical-thermal sintering.
其具有降低烧成温度节能、中等介电常数、高品质因数、稳定的谐振频率温度特性。
It features the low sintering temperature resulting in low power consumption, medium dielectric constant, high quality factor and temperature stable resonant frequency.
光纤陀螺与温度相关误差项主要为零漂和标度因数，输入轴失准角也是影响光纤陀螺应用的一个重要误差项。
The errors of FOG involved with temperature are zero bias and scale factor. Input axis misalignment is another important error with temperature.
光纤陀螺与温度相关误差项主要为零漂和标度因数，输入轴失准角也是影响光纤陀螺应用的一个重要误差项。
The errors of FOG involved with temperature are zero bias and scale factor. Input axis misalignment is another important error with temperature.
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