• 基本释义

1.holograph will
亲笔遗嘱收藏指正
2.Computed Holograph of Stratiform Flame
层状火焰的计算全息收藏指正
3.Holograph will or us also holographic will.
亲笔遗嘱。收藏指正
4.Encryption and decryption digital holograph with Arnold transformation
二维Arnold变换加密数字全息图收藏指正
5.This paper introduces the most active branch of laser holograph──embossed holograms technology and its application, and laser photoelastic holograph theory and method.
本文主要介绍激光全息中最活跃的分支──模压全息技术及其应用、激光全息光弹测定应力的理论和方法。收藏指正
6.According to the principle of holograph,this paper presents the conditions of obtaining achromatic image with a white light source displaying ordinary transmission holograms. The possibility to realize the conditions by using gratings is discussed. The relationship equation between grating and hologram and image location has been obtained.
根据全息术基本原理 ,从理论上分析得到了白光再现普通透射全息图获得各色像重合需要满足的条件 ,论述了利用光栅实现该条件的可行性 ,给出了辅助光栅、全息图与再现图像位置的关系方程 ,文章还给出了白光——光栅再现普通透射全息图的实验结果收藏指正
7.This system applies time average Laser Holograph and optical correlation methods to remote measurement of the dynamic characteristic of resonant frequency, vibrating mode, resistance and Q value etc. Compared with the traditional electronic measuring methods, it has high sensitivity and does not odd any mechanics effect, such as additional mass and rigidity on the sensor, so that this way can measure the vibration mode of micro-mattes.
该系统使用时间平均激光全息法和光学相关法对振梁的谐振频率、振型、阻尼及Q值等动态参数进行非接触测量,与传统的电测量方法相比,该方法灵敏度高、不产生附加质量和刚度等力学影响,因而可测量微小物体的振动模态,使用该系统对我们研制的第一代硅谐振式微力传感器振梁进行了动态测量。收藏指正
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