1.
processing of silver halide photographic material
卤化银感光材料的冲洗
2.
manufacture of silver halide photographic material
卤化银感光材料生产工艺
3.
The photographic elements contain a blue-sensitive hydrophilic colloid silver halide emulsion layer.
照像材料含有亲水胶体的感蓝卤化银卤剂层。
4.
The photosensitive medium so exposed and so developed.
用这种方法曝光及冲洗的感光材料
5.
Method for processing sensitometry strip of black-and-white photographic materials
GB/T9859-1988黑白感光材料感光测定试样条冲洗方法
6.
Photographic silver halide emulsious are spectrally sensitized with a tricarbocyanine dye.
照像卤化银乳剂是用三碳菁染料进行光谱增感的。
7.
The exposed silver halide is then converted to metallic silver by an agent in the developer.
在显影液中某种试剂的作用下，已感光的卤化银可转变成金属银。
8.
The pattern produced on a photosensitive medium that has been exposed by holography and then photographically developed.
全息图，综合衍射图在感光材料上得到的图案，用全息照相术曝光，然后再用摄影术冲洗
9.
Photographic silver halide emusions are spectrally sensitized with a tricarbocyanine dye.
照像卤化银乳剂是用三碳青染料进行光谱增玉的。
10.
A photosensitive coating, usually of silver halide grains in a thin gelatin layer, on photographic film, paper, or glass.
感光乳剂一种感光覆盖层，通常是银的卤化物颗粒在感光胶片、纸或玻璃上的一薄层胶体
11.
The Kinetic Study of the Ultrafast Electron Transfer from Sensitized Dyes to Silver Halide Microcrystals;
卤化银染料增感体系超快电子转移动力学研究
12.
continuously pulsed copper halide laser
连续脉冲卤化铜激光器
13.
Performance of Ag and F Doped TiO_2 Photocatalytic Materials
银、氟双元素改性TiO_2光催化材料的性能
14.
Effect of Raw Material Propotions on Performance of Ag/AgX Reference Electrode
原料配比对银/卤化银参比电极性能的影响
15.
Study on the Composition, Structure and Properties of Chalcohalide Glasses for Infrared Optical Fiber Materials;
红外光纤材料硫卤玻璃的组成、结构与性能研究
16.
Photosentive Resin Sensitization Used in the Field of Rapid Prototyping Technology;
光固化成形材料可见光感光体系的研究
17.
Study on Photographic Properties of Photothermographic Materials Based on Silver Tolyltriazole;
甲基苯并三氮唑银为银源的PTG材料的感光性能研究
18.
Chemical fog: Overall density produced by an excessive degree of development, due to unexposed silver halides being attacked by the developing solution.
化学灰雾:显影过度造成全面性增加的密度.是由于未曝光的卤化银被显影液感染所引致.