decolor

Study on different decolor determination methods of available phosphorus in organic soil

有机质土壤速效磷脱色方法的分析探讨

The decolor effect was better according as the smaller electrode space .

电极间距越小，处理效果越好，但容易短路；

Error Analysis of Decolor Type Solution by Indirect Spectrophotometry

退色型间接分光光度法的浓度测量误差研究

Study on activated clay and decolor of edible rape seed oil

志丹活性白土对食用油的脱色研究

Application of Decolor Bacteria for Treatment of Dyeing Wastewater

应用脱色细菌处理染色废水

Dyestuff Waste Water Research of Decolor Purify Treatment

染料废水脱色净化处理的研究

Study on Determination of Trace Bromate by Decolor Spectrophotometric Method of Rhodamine B

罗丹明B褪色光度法测定微量溴酸根离子的研究

Research on the decolor adsorption capability of the low quality sepiolite that form north of Sichuan Province

川北低品位海泡石脱色吸附性能研究

Adsorption Decolor Properties of Acid Dyes onto Cationic Copolymers

阳离子共聚物对酸性染料的吸附脱色性能

Study on Effects of Five Carbon to Decolor β - mannanase of Bacillus Subtilis

活性炭对枯草芽孢杆菌β-甘露聚糖酶的作用

The process of decolor and the removal of TOC is not simultaneous .

玫瑰红染料的脱色过程与总有机碳TOC的去除过程是不同步的。

Recovery and Reuse of Waste Bentonite of Grease and Decolor

油脂脱色废白土的回收和再利用

Under the optimal condition , decolor rate of dyestuff on magnesium hydroxide could reach 99 % .

在最佳条件下，氢氧化镁对直接墨绿染料及工厂中的印染废水的脱色率可以达到99%。

Excellent effect of deodorization , gout elimination and decolor .

除臭、除味、脱色效果好。

Determination of Microamount Aldehyde Compound by Decolor Fuchsin Spectrophotometry

消色品红分光光度法测定微量醛类化合物

The optimum process condition of using absorption column method to decolor juice was : 1.33 × 104 Pa vacuum and 36 cm resin height .

采用吸附柱法对果汁进行脱色的最佳工艺条件为真空度1.33×104Pa；

The films with high photocatalytic activity and good reused performance can decolor many kinds of dyes and have potential applicability in treating dyeing wastewater .

薄膜催化活性高，能够处理多种染料，适用于脱色印染有色废水。

The study on the biodegradability of dyes to solve the decolor problem is one of the keys in PDW reusing treatment .

印染废水脱色一直是回用处理的难题之一，研究染料的可生化性，解决废水的脱色问题，也是印染废水回用处理研究中的一个重要环节。

TiO2 can deeply decolor dyeing wastewater and deal with larger quantities of nonbiodegradable pollutants using a stream of clean solar energy .

TiO2光催化技术利用源源不断的清洁太阳能，深度脱色印染有色废水，可处理多种难降解的污染物。

In the system of dye degradation , the addition of solid corn stalk degradation liquor can also increase decolor ratio and achieve over 93.0 % .

在染料降解体系中，玉米秸秆固体降解物的加入还可以实现染料的高效脱色，脱色率可达93.0%以上。

And it was used as adsorbent to decolor wastewater containing direct red 4B and methyl orange . The factors affecting adsorption were studied .

以膨胀石墨为吸附剂，对直接大红4B、甲基橙染料废水进行了吸附脱色研究，探讨了影响吸附的因素。

The results showed that the magnetic microspheres can decolor methyl orange with several advantages : high efficiency , quick decolorization , easy separation and regeneration .

结果表明磁性微球对甲基橙溶液具有良好的脱色能力，具有去除率高，速度快，易分离，可再生的优点。

The result shows that the experiment can make dye immediacy R-F solution decolor , the reaction is kinetic first-scale reaction .

研究表明，该实验能够使直接R-F偶氮染料水溶液降解脱色，该反应为动力学一级反应。

The capability of catalyst was evaluated by decolor rate and COD removal rate . The samples was described by XRD 、 IR and specific surface area .

用脱色率及COD去除率对催化剂进行了性能评价，以XRD、IR及比表面积对样品进行了表征。

Choosing the photocatalysis decomposition methyl orange as the reaction model , ultraviolet as light resource , the capability of catalyst was evaluated by decolor rate , etc.

以甲基橙为光催化降解模型，紫外灯为光源，用褪色率等对光催化剂性能进行了评价；

In this paper , all the possible factors , which have effect on decolor results of simulated dyeing water through Fe-C micro electrolysis method , are studied more symmetrically .

系统地研究了铁碳微电解法处理模拟染色废水时影响脱色效果的各因素。

Decolor of Tea Saponin

茶皂素的脱色研究

At the same time , the recycling experiment of titania suggested that titania has higher COD_ ( Cr ) removal rate and decolor rate , and also be reused .

同时做了TiO2回收试验，结果表明，TiO2催化性能比较稳定，可重复使用，且脱色率及COD去除率较高。

So the problem of the color remove from PDW to reuse must be more analyzed . 3 . Decolor of dyes is always the difficult problem in the PDW treatment .

因此，为解决回用处理技术中的脱色问题应对染料的去除方法进一步的分析。

" DECOLOR " To promote healthy sexual practices of science , people all determined to DECOLOR Of all mankind health , safety , and happy sex life and make unremitting efforts .

“DECOLOR”提倡科学健康的性行为，所有DECOLOR人立志为全人类健康、安全、快乐的性生活而不懈努力。