干板

单干板，膜片弹簧式，液压操作。

Single dry plate , diaphragm spring type , hydraulically operate .

红敏光致聚合物全息干板的特点及其使用方法

The features and applications of red & sensitive photopolymer holographic dry plate

总的说来极紫外和软X射线光电探测器的类型有气体电离型、半导体型、电子倍增器以及极紫外和软X射线胶片（干板）。

Generally , EUV and soft X-ray photodetector included five types : ionization gas , semiconductor , electron multiplier and film .

来自佛罗里达州的民主党联邦参议员比尔·尼尔森（BillNelson）表示，他认为本案的意义远远超出了干板墙的范畴。

Senator Bill Nelson , Democrat of Florida , said he believed the implications of the case went far beyond drywall .

把一个二维物体的彩色负片经电子分色、翻拍成R、G、B三张正片，分别用它们作掩膜，在同一张DCG干板上曝光三次。

A color photograph is electronic colour separated and copied into three positive films of R G B. Using them as a mask respectively , a DCG plate is exposed three times .

数字全息是利用CCD、CMOS摄像机等数字光敏电子元件来代替普通光学全息中的银盐干板记录全息图，用计算机模拟光学全息再现过程将物体准确的再现出来的技术。

Digital photosensitive electronic element is used in digital holography , such as CCD and CMOS camera . It records holograms in these instruments instead of silver holographic plate in traditional optical holography .

测量了由全息干板得到的明胶-银颗粒复合物样品的远红外吸收光谱，用EMA理论计算的结果与测量结果一致。

The far-infrared absorption measurement is made for the sample of gelatin-silver particle composites . The calculated absorption coefficient by the EMA theory is in agreement with the measured result .

数字全息是用光电传感器件（如CCD或CMOS）代替干板记录全息图，然后将全息图存入计算机，用计算机模拟光学衍射过程来实现被记录物体的全息再现和处理。

Digital holography applies the photoelectric sensor ( such as CCD or CMOS ) instead of holographic plate to record images , then we store these images to the computer to reappear or handle the recorded objects by using the simulation of optical diffraction .

对罩内湿板压力分布和干板压力分布进行了测量，结果表明CTST罩内的压力分布有利于液体被提升。

The pressure distribution of dry plate and wet plate was measured and it was shown that the pressure distribution in the cover of CTST is of benefit to lifting liquid .

在计算浮阀塔板的干板压降方面以Klein的方法为主。

Die-casting . The method by Fair was used in calculating the diameter of tower when the factor of foam was considered , and the method by Klein used in calculating the pressure drop of floating valve tray .

银盐干板位相编码片中几个问题的研究

Study on Problems in Phase Encoding Plate of Silver Halide Film

用迈克尔逊干涉仪测量全息干板膜厚度

Thickness measurement of thin film for holographic plate by Michelson interferometer

罩内干板压力分布极不均匀；

The distribution of dry-plate pressure in the cap is intrinsically misproporte .

漂白银盐干板形成位相编码片的特性分析

Characteristics of phase encoding plates formed by bleaching silver-halide films

用红敏光聚合物干板制作彩虹全息图

Making one step rainbow hologram by the red-sensitive photopolymer plate

应用高分辨率超微粒干板直接摄制分划镜的新工艺

New Technology for Directly Producing Graduate on A High Resolution Ultramicron Plate

天津Ⅰ型全息干板的免定影漂白处理

Fixation-Free Bleach Processing in Tianjun Type 1 Holographic Plate

全息干板互易律失效规律的理论研究与数值模拟

A Probabilistic Model and Numerical Simulations for Reciprocity Law Failure of Holographic Plate

全息干板膜的厚度是全息干板的重要参数之一。

Thin-film thickness is one of the most important parameters for holographic plate .

天津Ⅲ型全息干板特性的实验研究

Experimental research of TianJin ⅲ type holographic plate

得到了三种全息干板的高衍射效率。

The high diffraction efficiency of three kinds of holographic plates have been obtained .

银盐干板稀释显影折射率调制特性实验研究

Experimental Research on the Refractive Index Modulation of Silver-Halide Plate with Dilution Developing Process

全息干板的时间响应特性研究

Study on Time Response Characters of Holographic Plate

银盐干板漂白后的相位编码在光学图像处理应用中的几个问题

Image processing with bleaching silver halide plate

凝胶干板的简易制备法

A Simple Method for Dry Gel Plates

重铬酸盐明胶全息干板研制

The development of dichromated gelatin holographic plate

全息干板漂白乳胶厚度起伏特性的研究及其相位滤波器的制备

Study of relief-characteristics of holographic emulsion due to bleaching effect and the preparation of phase filters

银盐干板的皱缩控制及其在彩色反射全息上的应用

The Control of the Emulsion Contraction of Silver Halide Plate and Its Application to Color Reflection Hologram

白偏光照射高分辨率干板，经稀释显影后呈现出负二向色性。

A high resolution plate shows negative dichroism after illumination by white polarized light and dilute development .

红敏光聚合物干板的使用特性

Characteristics of red-sensitive photopolymer plate