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Variations in the Morphology of Image Silver Particles in Thermally Developed Photographic Materials

机译:热显影照相材料中图像银颗粒的形貌变化

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摘要

Photothermographic imaging systems based on silver halide and silver carboxylates have been utilized for a wide variety of imaging applications for many years. We have been investigating the morphology of silver particles formed in the image area of photothermographic imaging systems in order to understand the forces that affect their morphology Because the size, shape, morphology and silver particle distribution within an image area affects the overall optical properties of the imaging material, control of these properties should lead to improved photographic responses of the materials. We have found in this investigation that there are multiple factors that influence the overall morphology of the silver particles, and show how morphological proper- ties are changed by different conditions, e.g., the nature of the materials used, including the toners (succinimide, phthalimide, phthalazine), phenolic developers, and related components. Journal of imaging Science and Technology 43: 505--508 (1999)
机译:多年来,基于卤化银和羧酸银的光热成像系统已被用于各种成像应用。我们一直在研究在光热成像系统图像区域中形成的银粒子的形态,以了解影响其形态的力,因为图像区域内的大小,形状,形态和银粒子分布会影响其整体光学特性。成像材料,控制这些特性应可改善材料的照相响应。我们在这项调查中发现,有多种因素会影响银颗粒的整体形态,并显示出在不同条件下形态特性如何变化,例如,所用材料的性质,包括调色剂(琥珀酰亚胺,邻苯二甲酰亚胺) ,酞嗪),酚醛显影剂和相关组件。影像科学与技术杂志43:505--508(1999)

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