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1)  dichromated gelatin(DCG)
垂铬酸盐明胶(DCG)
2)  dichromated gelatin
重铬酸盐明胶(DCG)
3)  dichromated gelatin
重铬酸盐明胶
1.
n this paper, the effect of the duration between exposure and development on properties of dichromated gelatin(DCG) holography was studied from two parts of diffraction efficiency and Cr2P3/2 XPS(Xray photoelectron spectrum).
本文从X射线光电子能谱和衍射效率两个方面研究了曝光-显影间的间隔时间对重铬酸盐明胶(DCG)全息的影响。
2.
The photochemical reaction of dichromated gelatin was studied by laser photoa-coustic spectroscopy,Results show that the solid-state reaction of the dichromate withgelatin obeys Watanabe-Westheimer reaction scheme.
重铬酸铵与明胶光化学反应的光声光谱研究陈钢进,杜浩,蔡铁权,方健文(浙江师范大学化学系金华321004)(浙江师范大学物理系金华)关键词重铬酸盐明胶,光化学反应,光声光谱重铬酸盐明胶(DCG)是全息照相的重要材料,全息图的形成过程是六。
3.
Eosin-Y is introduced into the aqueous ammonium dichromate to make a eosin-Y sensitized dichromated gelatin plate.
曙红-Y染料加入重铬酸盐明胶敏化液中,制作成曙红-Y敏化重铬酸盐明胶干版。
4)  dichromate gelatin
重铬酸盐明胶
1.
In this paper, the Cr2P3/2 X-ray photoelectron spectroscopy (XPS) of different exposed dichromate gelatin (DCG) was studied.
通过对不同曝光量的重铬酸盐明胶(DCG)中的Cr2P3/2XPS(X射线光电子能谱)的规定发现,Cr2P3/2XPS谱随曝光量呈规律性的变化:在0~195mJ/cm2曝光量范围内,它的1/5高宽度(FWFM,即:thefullwidthatfifthmaximum)和576。
2.
In this paper, the development of dichromate gelatin (DCG) holography, the mechanism of hologram formation, the influence of gelatin property on hologram performance, the sensitization of DCG, the stability of hologram and DCG development prospect were thoroughly reviewed.
对重铬酸盐明胶(DCG)全息的发展历史、成像机理、明胶对全息性能的影响、DCG的增感和全息图的稳定性等作了全面综述,并对DCG的性能改善作了展望。
3.
Scattered and milky noises caused in each process of dichromate gelatin hologram and how to select pro-cessing conditions to remove these noises are studied.
研究了重铬酸盐明胶全息图各个处理过程中引起“散射”与“乳白色”噪声的主要因素与消除噪声应如何恰当地选择处理条件,对噪声形成的机理及各种因素之间的相互关系也作了初步讨论。
5)  dichromated gelatin (DCG)
重铬酸盐明胶
6)  panchromatic chromate gelatin
全色铬酸盐明胶材料
补充资料:酸法明胶
分子式:
CAS号:

性质:又称A型明胶。用酸法工艺制酸法制胶是不经浸灰,而用稀酸(约0.5%HCl)处理胶原使其转化为明胶。处理时间仅需10~48h。胶原在酸解过程中因pH值低,酰氨解反应缓慢,杂质除去程度较低。因此,酸法明胶的等电点高(pH值7~9),并有很好的染色性能,但其理化性能和照相性能都不及碱法明胶。酸法工艺源于美国,它特别适用于胶原交联少的原料,如猪皮、小牛皮、小牛骨等。主要用途有食用胶、胶囊用胶,以及感光材料辅助层用胶等。近十几年来,酸法制胶工艺有很大进展,国外已经生产出高质量、高纯度、能制备乳剂用的酸法照相明胶。

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