Results show that the effects of laser interference on IR system is opposite to IR source intensity.
结果表明：激光对红外系统的干扰效果与红外目标源的强度成反比。
With laser weapons use gradually in the modern battlefield, laser interference technology has been developed rapidly.
随着激光武器在现代战场上的逐步应用，激光干扰技术也得到了迅猛发展。
Used the phase of laser interference fringes, a simple, fast and accurate micro displacement measuring method is proposed.
利用激光干涉条纹的位相，提出了一种简便、快速且精度很高的微小位移的测量方法。
An accelerometer shock dynamic calibration method by using grating laser interference technique is described in this paper.
介绍利用激光光栅干涉技术进行冲击加速度动态特性校准的一种方法。
A simple device for measuring laser interference fringe visual acuity of retina-brain system of the human eye is introduced.
本文介绍了一种测定人眼激光视网膜干涉条纹视力的简易装置。
This has recently been extensively investigated for the fabrication of functional microstructures by fs laser interference of two or more beams.
最近通过两束或两束以上飞秒激光干涉诱导功能微结构得到了广泛研究。
This paper describes a new mono-frequency laser interferometer using a self-scanning photoelectric diode array (SSPDA) as the receiving device of laser interference fringes.
本文介绍一种采用自扫描光电二极管列阵(SSPDA)作为激光干涉条纹接收器的新型单频激光干涉仪。
An accelerometer shock dynamic calibration method with a grating laser interference technique is described, and the differential acceleration evaluation is specially discussed.
介绍了利用激光光栅干涉技术进行冲击加速度校准的一种方法，并着重讨论微分加速度的动态特性校准。
Primary experimental results indicate that the project using the method of non-contact intraocular pressure (IOP) measurement based on laser interference to measure should be feasible.
初步实验结果表明：用激光干涉的方法进行非接触眼压测量这一方案是可行的。
High precision laser interference measurement system is the decisive factor of precision displacement measurement. In this paper, a kind of two_frequency laser measurement system is introduced.
高精度的激光干涉测量系统是精密位移测量的决定性因素。本文介绍一种自行研制的双频激光测量系统。
For laser semi-active guidance weapon, routine methods of Angle cheat are difficult of effective interference, so the technology of high-repetition-frequency laser interference is thought much of.
对于激光半主动制导武器，常规的角度欺骗方法有时难以有效干扰，因此高重频激光干扰技术受到了广泛重视。
For laser semi-active guidance weapon, routine methods of Angle cheat are difficult of effective interference, so the technology of high-repetition-frequency laser interference is thought much of.
对于激光半主动制导武器，常规的角度欺骗方法有时难以有效干扰，因此高重频激光干扰技术受到了广泛重视。
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