显色反应

金-钼酸铵-罗丹明B体系显色反应的研究

Color Reaction of the Gold - Molybdate - Rhodamine B System

铂（Ⅳ）-钼酸盐-乙基罗丹明B离子缔合显色反应研究

Color Reaction of the Ion associated Complex of Platinum (ⅳ) Molybdate Ethyl Rhodamine B

钯－钼酸铵－丁基罗丹明B显色反应体系的研究

Study on the Colour Reaction of Palladium - Molybdate - Butyl Rhodamine B System

新硼试剂3-甲氧基-甲亚胺H与硼显色反应的研究

Study on the Color Reaction of Boron with New Reagent 3-Methoxy-Methylenimine H

DNA对若干酚类物质与坚牢蓝B盐显色反应的影响

Influences of DNA on the Chromatic Reaction of Phenolic Compounds with Fast Blue B Salt

铜（Ⅰ）-硫氰酸盐-丁基罗丹明B体系高灵敏度显色反应研究及其应用

Study and application of the high-sensitive color reaction of copper (ⅰ) with thiocyanate and butyl-Rhodamine B

汞（Ⅱ）与碘化物和罗丹明B在水溶液中的高灵敏度显色反应

Spectrophotometric investigation of high-sensitive colour reaction of mercury (ⅱ) with iodide and rhodamine B in aqueous solution

超高灵敏显色反应及其应用的研究Ⅲ.锑（Ⅲ）乙基罗丹明B碘化物体系

Study on Extra-High Sensitive Colour Reactions and Their Applications ⅲ . Antimony (ⅲ) - Ethyl Rhodamine B-Iodide Complex

铜与丙酮醛双（N，N′-二丁基）缩氨基硫脲显色反应的研究

Spectrophotometric Study on Cu (ⅱ) with Pyruvaldehyde ( N , N ′ Dibutyl ) Bis Thiosemicarbazone

显色反应最佳pH值计算的程序设计及应用

Design and Application of the Program about Calculation of Optimum pH Value of Chromogenic Reaction

Fe（Ⅲ）-BPR-CPB-PVA显色反应的研究及应用

Study and Application of the Colour Reaction of Iron (ⅲ) BPR CPB PVA

钌（Ⅲ）－钼酸盐－罗丹明B离子缔合显色反应的研究及分析应用

Study on the Color Reaction of the Ion-associate Complex of Ruthenium (ⅲ) - Molybdate-Rhodamine B System and It Analytical Application

β-环糊精对显色反应作用的研究Ⅰ.铬天青S和埃铬菁R体系

Effect of β - Cyclodextrin on Color Reactions ⅰ . Chromazurine S and Eriochrome Cyanine R Systems

研究了在溴化十六烷基吡啶存在下，铌与溴邻苯三酚红及丁基罗丹明B的协同显色反应。

Synergistic chromogenic reaction of niobium with bromopyrogallol red and butyl rhodamine B in the presence of hexadecylpyridinium bromide was studied .

研究了在聚乙烯醇存在下，钯与硫氰酸钾和罗丹明B的显色反应。

The chromogenic reaction of palladium with potassium thiocyanate and rhodamine B in the presence of polyvinyl alcohol has been investigated .

铱（Ⅲ）-氯化亚锡-罗丹明B高灵敏显色反应的研究&浮选光度法测定铱

Study on Highly Sensitive Colour Reaction in the System of Iridium (ⅲ) - Tin (ⅱ) Chloride-Rhodamine B & Flotation-Spectrophotometric Determination of Iridium

在混合表面活性剂存在下铬菁R与铝（Ⅲ）的显色反应及其应用

The Colour Reaction of Aluminium (ⅲ) with Eriochrome Cyanine R in the Presence of Mixed Surfactant and Its Application

三元配合物光度法测定铜的研究&铜-硫氰酸盐-罗丹明B显色反应及应用

A Study on Determining Copper with Ternary Complex Spectrophotometry ─ Chromogenic Reaction of Cu (ⅰ) - SCN ~ & RHB and its Application

以酸性介质中痕量钒催化溴酸钾氧化甲亚胺H显色反应为对象，利用光度法研究了反应的动力学参数。

The kinetic parameters of vanadium catalytic oxidation of azomethine H by bromate have been determined by using spectrophotometric method .

同时，显色反应表明ASP为还原性多糖。

And ASP is reducibility polysaccharide .

PAN－S与镉的显色反应及其应用

Colour Reaction of 1 - ( 2-Pyridylazo ) - 2-Naphthol Sulfonic Acid With Cadmium And It 's Application

本文研究了在乙醇存在的体系中偶氮胂Ⅲ与Th的显色反应条件。

The condition of colour reaction of Th with arsenazo ⅲ has been studied in the presence of alcohol .

在OP乳化剂存在下锌（Ⅱ）与PAN显色反应的探讨

Investigation of colour reaction between zinc (ⅱ) and pan in the presence of emulsifier OP

试验了Cr（Ⅵ）与对氨基二甲基苯胺氧化显色反应的条件。

The oxidation color reaction of Cr ( VI ) with p-amino-N , N-dimethylaniline was studied and reported in this paper .

研究了Cu（11）与BAO配位体系显色反应的特性。

The colour reaction properties of ligand system with Cu ( 11 ) - BAO complex were studied .

W（VI）与Tiron的显色反应及应用

Color - reaction of W ( VI ) with Tiron and its application

Sb（Ⅲ）-甲基橙-溴化十六烷基三甲铵的高灵敏显色反应研究及应用

Study on a Highly Sensitive Colour Reaction of Antimony (ⅲ) Methyl Orange Cetyltrimethylammonium Bromide and Its Analytical Application

方法：用MTT比色方法，细胞毒试验及细胞增殖实验，分析比较不同条件下MTT显色反应的性能特点。

Methods : The colorimetric assay with MTT , and the experiments of cytotoxicity and proliferation of cells .

在较高酸度的H3PO4介质中钯与DBS&偶氮肿的新显色反应有较高的选择性。

A new colour reaction of palladium with DBS & arsenazo was investigated . The selectivity of the reaction is better in high acidity of H_3PO_4 solution .

淀粉-碘化钾显色反应检测到了转基因植株产生的过氧化氢，证实GO基因已经在烟草中发挥功能。

The H2O2 generated by the transgenic plants was detected by color reaction with starch-KI and this proved that the glucose oxidase generated by the expression of Go gene had its function in tobacco .