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1)  DBNCPA
二溴硝基偶氮氯膦
1.
Application of DBNCPA Fading Reaction to Determination of Trace Pt;
二溴硝基偶氮氯膦用于微量铂系元素测定的应用研究
2.
Study on Colour Reaction of Zirconium with DBNCPA and Its Application;
锆与二溴硝基偶氮氯膦的显色反应及应用研究
2)  periodate-dibromo-nitro-chlorophsphonazo system
二溴硝基偶氮氯膦
1.
A Spectrophotometric method has been deveioped for the determination of Trace Platinum and Rhodium,based on their catalytic effect on potassium bromate oxidation of periodate-dibromo-nitro-chlorophsphonazo system in H_2SO_4 medium.
在H2SO4介质中,微量铂(Ⅳ)、铑(Ⅲ)的存在对溴酸钾氧化二溴硝基偶氮氯膦的褪色反应有明显的催化作用。
3)  DBOK-CPA
二溴羧基偶氮氯膦
1.
Study on Spectrophotometric Determination of Micro Amount of Palladium after Solvent Extraction with Polyethylene Glycol-Ammonium Sulfate-DBOK-CPA;
聚乙二醇-硫酸铵-二溴羧基偶氮氯膦体系萃取分光光度法测定微量钯
4)  DBOKCPA
二溴邻羧基偶氮氯膦
1.
Studies on Analysis of Properties of Trace Metal MultiCoordination Complex Solution by βCorrection Spectrophotometry: Pb(Ⅱ)DBOKCPA Coloration System;
贝塔修正光度法分析微量金属配合物溶液性质研究:铅(Ⅱ)-二溴邻羧基偶氮氯膦多配位显色体系
2.
Rare earth elements (RE) react with DBOKCPA to form a blue complex in nitric acid medium,which gives a maximum absorption at 645 nm,the determination range is 0-16 μg of RE in 25ml solution.
在硝酸介质中,稀土元素与二溴邻羧基偶氮氯膦生成蓝色配合物,其最大吸收峰在645 nm 处,比尔定律范围是0—16 μg·RE/25ml,方法选择性好,可不经分离直接测定瓷土中稀土的总
5)  Chlorophosphonazo-mN
间硝基偶氮氯膦
1.
Mobile Equilibrium Method for Determination of the True Composition and Stability Constant of β-type Complex of Scandium with Chlorophosphonazo-mN;
平衡移动法测定β型钪-间硝基偶氮氯膦配合物真实组成和稳定常数的研究
2.
Studies on the Chromogenic Reaction of the System Bismuth ( Ⅲ )- Chlorophosphonazo-mN-CPB-Triton X-100-Ethanol and Its Application;
铋(Ⅲ)-间硝基偶氮氯膦-溴化十六烷基吡啶-Triton X-100-乙醇显色体系的研究及其应用
6)  p-nitrochlorophosphonazo
对硝基偶氮氯膦
补充资料:氯溴照相纸
分子式:
CAS号:

性质:显相纸的一种。用氯溴感光材料乳液涂布的照相纸。在感光材料乳液中主要含有溴化银及氯化银。用一定比例的溴化银和氯化银配成的明胶感光乳液,涂布在钡地纸上而制得。该感光乳液的配制方法是:将溴化铵和氯化铵溶解于明胶的水溶液中,再加入硝酸银的水溶液,以生成卤化银。经冷却待卤化银完全沉淀后,用水洗涤沉淀。然后再把卤化银沉淀分散在明胶水溶液中制成涂布乳剂。

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