本文简要介绍了脉冲磁导率测量方法。
A measuring method for pulse permeability was briefly introduced in this paper.
本文简要介绍了脉冲磁导率测量方法。在不同条件下测量了某些材料的脉冲磁导率，并给出了测量结果。
A measuring method for pulse permeability was briefly introduced in this paper. Pulse permeability of some magnetic materials was measured under different conditions, and the results were given.
第四、研究了磁场、温度、电输运和磁化的测量方法，并研制了适合于脉冲磁场测量的样品杆。
Fourthly, measurement methods of magnetic filed, temperature, transport and magnetization were researched. A sample holder used to electrical transport was prepared.
目的研究评价脉冲激光光束质量的同步测量方法。
Aim To investigate the synchronization measurement method of evaluating pulsed laser beam quality.
提出脉冲激光工作物质热焦距的精确测量方法，并对其进行了讨论。
An accurate method for measuring the focal lengths of the pulse pump-induced lenses in laser media is presented and discussed.
对恶劣条件下的液位测量技术进行了研究，提出一种应用比较脉冲法的红外脉冲雷达测量方法，能实现低成本、高精度的液位测量。
This author studies liquid level method, he puts forward the method of infrared radar liquid level applied pulse compared . It may be used to measure liquid level accurately.
应用一种基于时间扩展脉冲(TSP)信号的脉冲响应测量方法。
An impulse response measurement based on time stretch pulse (TSP) signal is used in this paper.
这是一种可用于连续，重复频率脉冲及单脉冲激光光束传输特性的分析测量方法。
The method is usable for CW Iaser beam, repetition pulsed laser beam and single pulsed laser beam.
本文报道了一种基于脉冲回波相位谱的超声波速度测量方法，并给出了它的详细理论推导过程。
This paper presents the development of a pulse-echo measurement method, based on the use of a phase spectrum to determine the ultrasonic wave velocity. A detailed descripsion of the theory is given.
本文介绍了非晶材料脉冲磁导率测量方法。
This paper introduced a method for measuring pulsed permeability in magnetic amorphous ribbons under pulsed field.
介绍了电能表在进行电快速瞬变脉冲群(eft)抗扰度试验时的一种脉冲个数测量方法。
The electrical fast transient (EFT) disturbance test is one of the most difficult tests, because it is a fast uprising, repetitive pulse group.
摘要：高精度时间间隔测量对脉冲激光测距系统具有重要意义，为此提出了一种新的高精度时间间隔测量方法。
Abstract: The high accuracy time interval measurement is a key technique to pulsed laser ranging. Therefore, a new high precision time interval measurement method is proposed.
对常用的微推力测量方法进行了总结，提出了一种多脉冲微推力测量的方法。
The commonly used microthrust measurement methods are summarized and a method of multipulse microthrust measurement is proposed.
对常用的微推力测量方法进行了总结，提出了一种多脉冲微推力测量的方法。
The commonly used microthrust measurement methods are summarized and a method of multipulse microthrust measurement is proposed.
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