酸性染料

采用酸性染料比色法对TSA进行了测定，TSA含量与吸光度值在3.20～16.0μg/mL范围内线性关系良好。

And the acidic dye colorimetry for determinating the content of TSA was also studied : the linear determination range is 3.20 ~ 16.0 μ g / mL.

以酸性染料比色法为分析手段，设计正交试验得到了最佳提取工艺：以95%乙醇为溶剂，料液比1：20，在585W下提取8min；

The extract was analysed by acidic dye colorimetry and the optimized procedure determined by the orthogonal experiments are as follows : extraction with the 95 % ethanol for 8 min under the power of 585 W.

酸性染料染色时，染液的PH值控制在3-4之间，最利于杨木单板色。

The proper PH value is 3-4 for poplar dying in the acid solution .

采用酸性染料比色法和HPLC法进行含量测定，并暂定含量最低限度。

Acid dye colorimetry and HPLC are used for content determination , whose amounts were limited .

试验结果表明：锦纶织物用弱酸性染料染色时，染浴pH值对染色性能影响显著；

As a result , with weak acid dye , pH value of dyeing liquor greatly affected the dyeing property ;

ND－900酸性染料匀染剂的性能及应用

Investigation on the Properties of Leveling Agents ND-900 for the Dyeing of Acid Dyes and the Dyeing Application

海岛型锦纶超细纤维PU合成革采用酸性染料染色。

Several important factors affecting the acid dyeing of sea-island composite fiber PU synthetic leather was studied .

尼龙织物酸性染料固色剂CN合成及应用研究

Research on the preparation and application of acid dye fixer CN for nylon fabrics

从尼龙6纤维的酸性染料染色机理出发，讨论了影响纤维酸性染料染色性能的因素，包括热处理条件、pH值、温度等；

The factors of influencing the dyeability of nylon 6 fiber including temperature , pH value and heat treatment condition were discussed from its dyeing mechanism with acid dye .

从固色温度、色浆pH值、尿素用量等方面，分析了锦纶织物弱酸性染料印花的基本工艺。

The general printing process of polyamide fabric with weak acid dyes was analyzed from fixing temperature , pH value of color paste and dosage of urea to fixation yield .

改性聚酯对酸性染料的上染率有一定的提高，但与PA6的上染率相比仍有差距。

The rate of dye-uptake of modified PET is improved , but is still far lower than PA6 .

本文设计了显色反应最佳pH值的VB程序，计算了金属离子与部分三苯甲烷类酸性染料显色反应的最佳pH值，并讨论了最佳pH值与金属离子的结构及显色剂结构的关系。

The program about calculation of optimum pH value of chromogenic reaction was designed and was applied to study the relationship between optimum pH and chromogenic regent and metal ion .

本文介绍一个基于MSWindows环境下的测色配色系统的组成结构及内部实现原理，并讨论该系统在酸性染料中的应用方法。

This paper introduces the implementation of a computer aided color measuring and color matching system based on Ms Windows environment , and discusses the method of its application for acid dye .

本文着重讨论了偶氮酸性染料与Cr或Co络合，制备金属络合染料及其性能。

This paper studied the preparation of metal complex dye by Cr and Co complexing with azo acid dyes . Application properties of the products in leather dyeing were also investigated .

研究了膨胀石墨对活性染料、酸性染料及直接染料的吸附脱色作用，探讨了吸附时间、pH值、用量、浓度和温度对脱色效果的影响。

The adsorption and decoloration of expanded graphite to reactive dyes , direct dyes , acidic dyes was studied , and the factors including time , pH , amount , concentration , temperature are investigated .

酸性染料与DMDHEU类整理剂之间的反应研究

Reaction between active groups containing acid dyes and DMDHEU finishing agents

将PTAM与聚丙烯腈（PAN）共混纺丝制得共混纤维，用酸性染料染色，考察其上染率。

PTAM was blended with polyacrylonitrile ( PAN ) and spun into blend fiber which was dyed with acid dyestuff .

采用改性双氰胺-甲醛絮凝剂（MDF）分别对含活性染料、酸性染料及分散染料的印染废水进行絮凝脱色实验。

In this paper , flocculating experiments on printing and dyeing wastewater containing reactive-dye , acid-dye and disperse-dye have been carried out using modified dicyanodiamide-formaldehyde flocculant .

β-环糊精-TritonX-100对Ag~+-邻菲啰啉-酸性染料体系的协同作用及其应用研究

Studies on the Synergistic Effect of β - Cyclodextrin - Triton X-100 on Ag ( 1 ) - Phenanthroline-Acid Dyes System and Its Application

在人体条件下，用荧光光谱法研究了苯酚磺酞类酸性染料苯酚红、甲酚红、氯酚红、溴甲酚紫、间甲酚紫与人血清白蛋白（HSA）之间的相互作用。

The reactions between HSA and acidic phenolsulfonphthaleins , including phenol red , cresol red , chlorophenol red , bromocresol purple and m-cresol purple , have been investigated by fluorescence spectrometry .

结果表明：PVAF对酸性染料脱色能力强，再生简便。

The result shows : PVAF has superior ability to decolorize Acid Orange ⅱ and can be regenerated easily .

用氨基磺酸（AMSA）对真丝织物进行接枝印花，结果表明，该方法能获得酸性染料良好的防染性及阳离子染料增深性。

The graft printing of real silk fabrics with sulfoamidic acid results in excellent reserve effect for acid dyes and desirable darkening effect for cationic dyes .

方法以硫酸阿托品为对照品，利用酸性染料比色法，在420nm处测定槲寄生总生物碱含量。

Methods The total alkaloids were tested at 420 nm with acid dye colorimetry in which atropine sulfate was used as standard reference .

文章探讨了弱酸性染料使用低温添加剂WMJ对羊毛进行染色的工艺及染色性能。

The dyeing process and the performance of weak acid dyes using additive WMJ for wool at low temperatures are studied .

并依据酸性染料比色法的原理，于波长420nm处测定了该制剂中黄连总生物碱的含量。

In accordance with the principle of acid dye colorimetry , the content of Coptis alkaloids in Unguentum Coptidis Compositum has been determined at λ 420nm .

在含SrCoOx催化剂悬浮液中进行水溶性偶氮型酸性染料（酸性红G）光催化降解实验，结果表明：SrCoOx粉体具有较好的催化性能，紫外光照射60min，可将酸性红G完全分解。

Using ultraviolet lamp as irradiator , the decomposition experiments of water soluble dye acid red G were carried out in the suspension liquid with SrCoO_ ( x ) . The complete decomposition of acid red G shows the good photocatalytic oxidation activity of the powder after irradiation for 60 min.

本文从染色动力学和染色热力学方面研究了pH调节剂醋酸-醋酸钠、渗透剂SZ-801和温度对蚕丝织物酸性染料低温染色的影响，论证了低温染色的可行性。

This paper thermodynamically and dynamically deals with the effects of pH-controlling agents of acetic acid , sodium and acetate , penetrating agent SZ-801 and temperature on low temperature dyeing of silk fabric with acid dyes . It has been verified that low-temperature dyeing is feasible .

结果表明，HX5生长菌体可在5h内完全吸附直接染料和分散染料，碱性染料在生长菌体上完全吸附脱色的时间为12h，其次是活性染料，最不易吸附的为酸性染料。

The results showed the direct and the dispersed dyes could be completely adsorbed by growing mycelia in 5 hours basic dye was 12 hours secondly , thirdly the reactive dye was adsorbed much slower , and the acidic one was slowest .

在pH2.35的B-R缓冲溶液中，酸性染料四溴荧光素（TBF）与碱性染料中性红（NR）之间由于静电吸引能够发生有效的能量转移，使能量受体NR荧光增强，能量给体TBF的荧光猝灭。

In the Britton-Robinson buffer solutions of pH 2.35 , effective energy transfer could occur between tetrabromofluorescein ( TBF ) and neutral red ( NR ) due to static attraction . The fluorescence intensity of TBF was reduced and that of NR was increased at the same time .

方法：叶绿素含量用无水乙醇法，光合速率用CI-310便携式光合作用测定系统测定；多糖含量用浓硫酸-苯酚比色法，总生物碱含量用溴甲酚绿酸性染料比色法测定。

Method : The chlorophyll content , the photosynthesis rate , the polysaccharides content and the alkaloids content were measured by anhydrous ethanol method , CI-310 photosynthesis determination system , colorimetry of concentrated sulphuric acid-phenol and acid dyes colorimetry respectively .