1) nonsilver core/silver halide shell microcrystal
非银核/卤化银壳微晶
2) CaWO 4 core/AgX shell microcrystal emulsion
钨酸钙核/卤化银壳微晶
3) silver halide microcrystal
卤化银微晶
1.
The new preparation technology of silver halide microcrystals in high speed color negative film in recent years is reviewed, and the effect of the structure of silver halide microcrystals on their photographic properties is discussed.
本文叙述了近年来高速彩色负片采用的新的卤化银微晶制备技术,并就卤化银微晶的结构对感光性能的影响进行了分析。
4) silver halide microcrystals
卤化银微晶
1.
The action curves of free photoelectrons and shallow-trapped electrons in silver halide microcrystals were obtained by microwave absorption phase-sensitivity detection technique.
本文采用微波吸收相敏检测技术 ,得到了卤化银微晶的自由光电子与浅束缚光电子的产生与衰减曲线 ,对比光电子产生量与激发光强之间的关系 ,验证了Gurney Mott理论的光吸收过程 ,分析了不同类型卤化银材料中光电子的衰减特性 ,讨论了卤化银微晶中光电子行为对其感光性能的影响。
5) bittern silver crystal
卤化银晶体
6) Ag/AgX
银/卤化银
1.
Effect of Reduction Methods on Ag/AgX Reference Electrodes Prepared by Thermal Dip-coating Method
还原方法对热浸涂银/卤化银参比电极的影响
补充资料：银核
| 银核 galactic center 见银河系结构。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条