An effect of a desensitization by the shell procipitation on chemically sensitized AgHal core microcrystals

机译：壳沉淀脱敏对化学敏化的AgHal核心微晶的影响

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Photographic systems with a separate photographic change carriers capiture in depth and on a suface of emulsion microcrystals ("core-shell") have a great importance for photographic technology (direct positive, infra-red films and etc.) and also for scientific investigation. We have precipitated AgBr(I) core microcrystals (with AgI content from 0 up to 6 mol.

机译：在乳剂微晶表面（“核-壳”）的表面上具有单独的照相改变载体俘获的照相系统对于照相技术（直接正片，红外胶片等）以及科学研究来说都非常重要。我们已经沉淀了AgBr（I）核心微晶（AgI含量从0到6 mol。

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《Final program and proceedings of ISamp;T's 50th annual conference》|1997年|p.163-164|共2页
会议地点 Cambridge MA(US)
作者
Boris A.Sechkarev; Larisa V.Sotnikova; Timothy A.Larichev; Marina I.Ryabova; Vasily N.Gusev;
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正文语种 eng
中图分类化学工业;
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An effect of a desensitization by the shell procipitation on chemically sensitized AgHal core microcrystals

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