1.
A new method that uses saturated optogalvanic spectroscopy to measure two-photon absorption cross section of atoms and molecules is presented.
本文提出了一种测量原子和分子的双光子吸收截面的新方法——饱和光电流光谱法。
2.
direct-current measuring transductor
直流测量用饱和电抗器
3.
A Current Transformer Saturation Countermeasure Study for Transmission Line Current Differential Protection
输电线路电流差动保护抗电流互感器饱和研究
4.
The Saturation Identification of Current Transformer Based on the Sudden Changes of Current Waveforms
基于波形突变的电流互感器饱和辨识
5.
Analysis of Current Transformer Saturation Characteristics Based on PSCAD
基于PSCAD的电流互感器饱和特性分析
6.
A Novel Method for Current Transformer Saturation Countermeasure Based on Comparing Two Currents' Polarities
基于电流极性比较的抗电流互感器饱和新方法
7.
Saturate flow interval
饱和流时段（间段）
8.
Rapid Pattern Recognition of Fault Current for HTS Three-Phase Saturated Iron Core Fault Current Limiter
饱和铁心型超导限流器故障电流快速模式识别
9.
Novel Method for Current Transformer Saturation Countermeasure Based on the Ratio of Differential Current and Restraint Current
基于差动电流与制动电流比值的抗电流互感器饱和新方法
10.
Field Current Calculation of Synchronous Generators Taking into Account the Magnetic Saturation
考虑磁饱和影响的同步发电机励磁电流计算
11.
The Influence and Solution to the Saturated State of the Electric Current Mutual Inductance Machine on Relay Protection
电流互感器饱和对继电保护的影响及解决措施
12.
Discussion on Stable Current Control and Energy Saving Of Self-saturation Reactor for Aluminum Electrolysis Smelting
浅谈铝电解稳流控制与自饱和电抗器节能降耗
13.
Basic rules of saturated gain variation in a flowing laser cavity
流动激光腔中饱和增益的基本变化规律
14.
Investigation on Electrocircuit for 532nm Saturated Absorption Iodine-Stabilized Nd:YVO_4/KTP Laser;
532nm Nd：YVO_4/KTP激光器碘饱和吸收稳频电路的研究
15.
Investigation of the Capillary Discharged Ne-Like Ar 46.9nm Laser with Gain-Length Achirving Saturation
毛细管放电类氖氩46.9nm激光增益饱和输出研究
16.
Study and Programming of Saturate & Saturate-Unsaturated Seepage of Embankment;
堤坝饱和、饱和—非饱和渗流研究及其程序化
17.
Research on Problems about Protective Current Transformer Saturation;
保护用电流互感器铁心饱和相关问题的研究
18.
Affect of Current Transducer Saturation to Differential Protection and Its Solution;
电流互感器饱和对差动保护的影响及解决方案