标准校正 meaning in Chinese
calibrations
Examples
- Thus , the research of the nonstandard calibration technology and oddity point is significant
因此,对非标准校正技术及其奇异点的研究具有重要意义。 - Finally , computer aid measurement correction system is set up . the experiment is done in this system . it proves that nonstandard calibration technology is feasible and oddity point problem is avoidable
通过此辅助测量校正系统,我们进行了实验,验证了网络分析仪非标准校正技术的可行性及其奇异点研究结论的正确性。 - The nonstandard calibration of network analyzer can solve the problems that the port types of devices under test are various and standard kits are expensive in the measurement of s - parameter
对网络分析仪进行非标准校正,可以解决被测件接头多样性且各种接头形式的标准件造价昂贵的问题,拓宽了网络分析仪的应用范围,提高了测量速度。 - In spite that there is no unanimous voltage correction method in the region between 2000 m and 4000m , a number of investigators both at home and abroad have put forward some voltage correction method of external insulation , which should be applied in corresponding conditions
目前国内外标准中尚未建立海拔2000 4000m地区大气参数对放电电压影响的标准校正方法，但许多研究者根据各自的试验条件提出了不同的校正方法。 - Then , 8 - error module is established , and the osl ( open + short + load ) method and the slt method which are standard calibration ones and the tls ( thru + line + short ) method which is nonstandard calibration one are obtained on the basis of the error module . good measurement results can be acquired by using nonstandard calibration technology that is proved by experiment . secondly , oddity point maybe appear in the measurement results after network analyzer is corrected by nonstandard calibration technology
用十二项误差模型和八项误差模型的非标准校正方法对测量系统进行误差校正后,测量结果一般都会出现奇异点问题,且奇异点一般出现在传输线传输参数x相位的过0点,这可能与这些方法都使用了未知参数的传输线有关。