实验表明，粉状炭作为脱色剂具有更大的优越性。
The results obtained from the experiments show that the most favorable decoloring agent is powder active carbon.
树脂是一种浅色、溶干燥快，经脱色、制、性等工艺研制而成的树脂。
DS-896 a is a lighter color, alcohol soluble resin with faster dry ability, it is developed through refining, decolorization, modification process.
一位35额定值。肖尔研发，含有非脱色剂，注射成型和挤出树脂增塑剂自由；具有低温耐冲击性以及优良的力学性能。
A 35 nom. Shore d, containing non-discoloring stabilizer, plasticiser free resin for injection molding and extrusion; with low temperature impact resistance as well as excellent mechanical properties.
分散性染料水溶性较差，在静电力的诱导之下即可在较短时间内完全吸附脱色；
The dispersed dye could be completely adsorbed in short time by the inducement of static force due to its inferior water-solubility.
进行了改性聚合硫酸铁脱色剂对实际印染废水处理的可行性试验研究。
The feasibility of modified polymerized ferric sulphate decoloring agent applying in practical printing and dyeing wastewater is also studied.
在超滤-纳滤连续性实验中，进一步验证了对土霉素的分离提纯膜分离技术比原树脂脱色效果好。
During experimental process of ultrafiltration-nanofiltration, membrane technology was tested better than original technology in separation and abstraction of oxytetracycline further.
并做了简单的机理探讨，研究表明，染色助剂对催化剂分散性，羟基自由基形成等影响是体系脱色率不高的主要因素。
The dyeing assistants has negative influence on the dispersity of TiO2 particles and the formation of HO, resulting in low decoloring efficiency.
重量轻，不脱色的大底对日常活动提供长期的耐久性和磨损。
Lightweight and non-marking outsole delivers long-lasting durability against daily activity and wear and tear.
不脱色，双密度橡胶外底提供的牵引力和耐用性。
Non-marking, dual-density rubber outsole provides traction and durability.
398中性蛋白酶3种食品级内切蛋白酶对牦牛血红蛋白进行酶解，以水解度及三氯乙酸可溶性氮为评价指标，采用酶解-活性炭法对水解液进行脱色，筛选出AS1。
398 to hydrolysis yak hemoglobin by degree of hydrolysis and TCA-NSI as the evaluation index, and this experiment adopts hydrolysis-activated carbon method to decolourization, and neutrase AS1.
398中性蛋白酶3种食品级内切蛋白酶对牦牛血红蛋白进行酶解，以水解度及三氯乙酸可溶性氮为评价指标，采用酶解-活性炭法对水解液进行脱色，筛选出AS1。
398 to hydrolysis yak hemoglobin by degree of hydrolysis and TCA-NSI as the evaluation index, and this experiment adopts hydrolysis-activated carbon method to decolourization, and neutrase AS1.
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