脱色的

Secondly, this paper describes the effect of presence of inorganic salts namely, sodium chloride, sodium sulphate, sodium nitrate, sodium dihydrogen phosphateand and sodium bicarbonate on decolouration of azoic dye effluents by the UV-Vis /Ferrioxalate/H2O2 process.

本课题可以得到以下结论：在偶氮染料光催化氧化脱色反应中，无机盐有抑制作用，并且依其种类不同，其抑制作用亦有差异；表面活性剂对于染料的脱色降解存在不同程度上的抑制作用。

This paper was also studied primarily on the decolor of PHA. Physical and chemical methods were all used to decolor the organic phase after the recovery by CHC13 from the cells.

另外，本论文对PHA的脱色作了初步探索，实验就物理方法和化学方法针对氯仿提取细胞后得到的PHA有机相进行了脱色处理。

The results showed that the cross-linking cationic starch was an excellent decolorant for reactive dyes.

对制得阳离子淀粉的脱色性能研究结果表明，交联高取代度阳离子淀粉对活性染料具有优异的脱色效果。

According to the conducted dynamic formla, time for flocculation and decolorization was 10〓～10〓s.

根据推导出的动力学公式计算，达到最佳实验脱色率时，絮凝脱色时间只需10〓～10〓s。

A dye decolorizing fungus strain WZ 2 was isolated from sludge and it was very effective to decolorize different dyes.

从废水池污泥中分离到一株染料脱色曲霉WZ 2 ，它对不同染料均有较好的脱色效果。

Polymorphus and C. tropicalis. The two yeast isolates could completely decolorize 200 mg/l Reactive Black 5 within 16-24h at the optimum pH condition of 5-7 for D. polymorphus and 6-8 for C. tropicalis.

两株酵母菌在接种量为1：10、pH分别为5-7(D.polymorphus)和6-8(C.tropicalis)条件下可以对200mg/l活性黑5在16-24小时内完全脱色，并显示出对其他多种染料的脱色能力。

When lg/L glucose was added, the wastewater had been decolored in 5 repeated batches. In every batch the percent of decoloration was more than 90%.

加入1g／L的葡萄糖，菌丝可以重复脱色废水5批以上，每批废水脱色率大于90％，5批总的质量降解率约达80％。

It shows that both resins of H103 and NKA-2 have good decoloring properties and the H103 resin is better.

结果表明，H103和NKA－2具有较好的脱色效果，其中以H103脱色效果更好。

Results showed that the most suitable strains decoloring conditions for the degradation of sodium nitrate 12g/L, 0.8 g/L, ammonia 16g/L, salinity than in the foregoing conditions, to cultivate the concentration of 100mg/L don't sterilization of malachite green, bleaching solution still cultivate 5d rate is 90%.

结果表明，菌株脱色最适合降解条件为醋酸钠12g/L，硝酸氨0.8g/L，盐度小于16g/L，在上述各培养条件下，对浓度为100mg/L不灭菌的孔雀石绿溶液静止培养5d，脱色率达90%以上。

We separated and collected the soybean oligo peptide with the methods of ultrafiltration and gel filtration chromatography after decoloured and debittered the hydrolysate.

并对水解产物进行脱苦脱色，然后采用超滤以及凝胶过滤色谱法分离分子量1200以下的小肽并收集。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。