1) magnetic field parameters
磁场参数
1.
Relationship between magnetic field parameters and oxygen enrichment results;
磁场参数与富氧效果的关系分析
2) EPR spectroscopy
零磁场分裂参数
3) Geomagnetic field characteristic parameter
地磁场特征参数
4) electromagnetic parameters
电磁参数
1.
Modified algorithm on electromagnetic parameters test;
一种改进的电磁参数测试算法
2.
Measurement of electromagnetic parameters for microwave absorbing materials using transmission/reflection method;
传输/反射法测量微波吸收材料电磁参数的研究
3.
A method for the uncertainty analysis of measurement of electromagnetic parameters by employing the flow chart of error transfer;
材料电磁参数测量误差传递流程图分析法
5) magnetic parameter
磁参数
1.
Contents and the each form of Pb,Cu,Zn,Cd,Fe,Mn and magnetic parameters' values(χ,ARM,SIRM) were measured on a soil core collected near Shougang iron plant.
探讨了利用磁参数追踪和指示重金属污染和有机结合态和铁锰氧化结合态重金属的可行性。
2.
It was found that,in scientific research work,the real magnetic parameter of rocks did not agree with the parameters measured by proton magnetometer.
岩(矿)石标本磁参数测定结果的精确性直接影响磁异常反演精度,对正确推断地质结论具有特别重要的意义。
3.
Because there is a difference between the test results with pulse excitation and standard sinewave excitation, the test system has been calibrated using the SY-8232 alternative B~H hysteresis curve test instrument in order to obtain the hysteresis curve and magnetic parameters similar to those under sinewave excitation.
由于脉冲励磁与标准正弦波励磁的测试结果存在差异,为得到相当于正弦励磁下的磁滞回线及磁参数,通过SY-8232交流B~H回线测试仪对测试系统进行标定,利用LabVIEW进行数据处理和分析,实现了误差修正。
6) electromagnetism parameter
电磁参数
1.
Effect of ZnO coating Fe_ (0.7)Ni_ (0.3)on electromagnetism parameter;
ZnO包覆Fe_(0.7)Ni_(0.3)对电磁参数的影响
2.
The electromagnetism parameters of MWCNTs with different diameter types are study.
系统地研究了不同管径类型的多壁碳纳米管在2~18GHz的电磁参数性能,结果表明多壁碳纳米管没有磁性,而且磁损耗也很小;部分碳管的介电常数实部和虚部随管径的增大而增大,而随频率的增加而减小,20~40nm和40~60nm的CNTs在一定频段范围内介电常数的虚部大于实部,使得其损耗角正切大于1,有利于吸波性能的提高。
3.
The electromagnetism parameters are performed and compared with that of traditional carbonyl iron dust under low frequency.
用磁控溅射方法制备了Fe/Si3 N4复合多层膜,利用SEM分析了其微观形貌,测试了其电磁参数,然后与传统吸波材料羰基铁粉比较了低频下的电磁参数。
补充资料：安培环路定律(见磁场强度)
安培环路定律(见磁场强度)
Ampere's circuital law
A rlpe{h口。)11L一dingILJ安培环路定律(Amp之re’5 CirC。ital law)见磁场强度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条