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Nonselective reduction of AgBr emulsion. correlation between concnetration of silver on the surface and microcrystals speed.

机译:AGBR乳液的非选择性降低。表面浓度与微晶速度的浓度与微晶速度之间的相关性。

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Physical and chemical base of photographic process on the main stages (chemical sensitization [CS], exposure and development) is connected with reactions of reduction of emulsion microcrystals (MC). These reactions proceed up to different levels and are often combined together. The evolutio of silver during chemical sensitization determines the formation of sensitivity centers and gof centers and thereffore this process is directly connected with photographic speed formation. The analysis of original results and literature data on the problem of association and redistribution of silver atoms during formation and growth of silver specks is given. The correlation of structure and centers compositions with sensitiometric characteristics is discussed. It is noted that the data connected with mechanisms of individual stages are often contradictory. The alternative approaches to the nature and sizes of latent image centers which are able to initiate the total reduction of emulsion MC during development process are also discussed.
机译:在主要阶段的照相过程的物理和化学基础(化学致敏[CS],暴露和发育)与减少乳液微晶(MC)的反应连接。这些反应达到不同的水平,并且通常合并在一起。化学致敏期间的银脱落决定了敏感中心和GOF中心的形成,并且该过程与摄影速度形成直接连接。给出了在形成和生长期间,给出了关于银色原子结合和再分配的原始结果和文献数据的分析。讨论了结构和中心组合物与敏感性特征的相关性。应注意,与单个阶段的机制连接的数据通常是矛盾的。还讨论了能够在开发过程中启动乳液MC的总减少的潜在图像中心的性质和尺寸的替代方法。

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