在最佳脱色条件下，脱色率达到84%，且脱色液中检测不到游离棉酚的存在。
The decoloring ratio was about 84% under the optimum conditions, and the free gossypol couldn't be determined in the decolored solution.
方法将滤纸条置于自来水中并加热作为脱色液，脱色完全后，用培养皿作为支持物制得干胶。
Methods Filter paper was put in tap water and heated up to be used as decoloring solution.
方法将滤纸条置于自来水中并加热作为脱色液，脱色完全后，用培养皿作为支持物制得干胶。
Methods Filter paper was put in tap water and heated up to be used as decoloring solution. After complete decoloration, the dry gel could be obtained by using culture vessels as support.
研究了颗粒活性炭对木糖液的脱色性能。
The decoloration property of particle activated charcoal for xylose is studied.
试验结果表明培养液的类型、碳源物质的浓度和温度对白腐真菌的脱色能力有重要的影响。
The results of the test indicate that the decoloration capacity of white rot fungus is greatly influenced by the type of culture solution, the carbon resource concentrations and the temperature.
考察了木糖液温度、流速等因素对颗粒活性炭脱色效果的影响。
The results showed that active charcoal particle has remarkable decoloration ability for the first xylose solution.
采用冷冻和活性炭脱色工艺来控制水洗BA色级，减少BA液中有机杂酸和高分子蛋白的含量以保证最终产品的质量；
The Freezing Unit and the Decolouring Unit are introduced into the process to control the color grade of the BA solution and the quality of the product.
方法采用分光光度法测定培养液最大吸收波长处吸光度的改变，确定染料的脱色率及降解率。
The efficiencies of decolorization and degradation were demonstrated by the changes of absorbance at maximum wavelength in culture liquid spectrophotometrically.
在此条件下，水解液的脱色效果很好，混合氨基酸的产率高达11。
With the optimum technical condition, the decolorizing effect of hydrolysate was good , and mixed amino acids yield was 11.
增加微波辐射电压、处理时间和活性炭用量（固液比）均能提高微波—吸附催化法处理结晶紫溶液的脱色率。
The removal rate of crystal violet was directly proportion to the power of microwave, radiation time, amount of activated carbon and initial concentration of crystal violet.
研究了活化酸度、活化温度、活化时间、液固比、浸泡时间等工艺条件对活性白土脱色力的影响。
The activated process conditions, such as acidity, temperature, time, the ration of liquid to solid, soaking time on the decoloring capacity of activated clay are studied.
研究了红参浓缩液脱色过程的近红外光谱快速分析方法。
NIRS had been explored for fast analysis of decolourisation process of red Ginseng concentrated extract.
酶解液分别采用酵母发酵、风味酶处理、粉末活性炭吸附、海藻糖处理进行初步脱色脱苦除腥研究。
Then the optimum materials of decoloring and removing bitterness and fishy smell from enzymed liquid of tilapia meat were selected from yeast powder, flavourease, active carbon and fucose.
在采用活性碳对木糖醇发酵液的脱色条件研究基础上，研究吸附脱色动力学。
The pigment of xylitol fermentation liquor is absorbed by activated carbon, whose absorption kinetics is studied by theory inference and experiment in this paper.
通过静态吸附实验，研究了活性炭对苯乳酸发酵液脱色体系的吸附特性。
The pigment absorption of activated carbon on fermenting liquor under static conditions was studied.
稻壳灰经碱液处理后，再用硫酸活化以制取大豆油精炼中的脱色剂。
Rice hull ash (RHA) was activated with sulfuric acid after treatment with alkali soluted to produce an adsorbent for the soybean oil industry.
研究用活性碳对木糖醇发酵液的分批脱色。
The xylitol fermentation broth was carried out static state discoloring by using activated carbon.
当活性炭用于精制糖和糖液脱色时可按下列建议剂量使用硅藻土，用于其他场合时应根据过滤装置类型进行调整。
These are recommended dose rates for Sugar Refining and related decolorization applications but dose rates for other applications and filter types may vary.
水解液经脱腥、脱色处理，再用山楂、红枣、白砂糖进行调配，制成营养丰富，具有一定保健功能的蛋白饮料。
Afterd deodorization and decolorization, add some condiment such as haw, jujube and sugar. the hydrolysis liquid were made up of functional drink with much nutrition.
目的探讨减压抽滤、低速离心、高速离心、壳聚糖絮凝、活性炭脱色作为前处理方法对活血通络水提液膜过程中通量及膜污染度的影响。
Objective To investigate chitosan flocculating and other pretreatments of Huoxue Tongluo extract and their effects on the membrane flux and fouling degree of membrane.
研究了活化 酸度、活化温度、活化时间、液固比、浸泡时间等工艺条件对 活性白土脱色力的影响。
The optimal reaction conditions were as follows; the main factors which affect the decolouring ratio were acid con centration, solid - liquid ratio , temperature and activation time.
以四种粉末状活性炭作为脱色剂，对猪血粉水解液进行脱色比较，结果表明：江西产的4号粉末状活性炭脱色效果最佳。
The hydrolysate of porcine blood power is decoloured with four kinds of active carbon. The result indicated that decolouring effect of active carbon No. 4 was the best.
脱色后的转化液经过浓缩、结晶、乙醇洗涤、重结晶，得到纯度为96.7%的L-苯丙氨酸晶体，整个提取过程收率为82.8%。
The purity of L-phenylalanine crystal was 96.7% and the yield of the total process was 82.8%.
试验表明，共培养液类型对染料的脱色效果有明显影响，菌种C受共培养液的影响最为显著。
The test showed that the types of coinoculum had obvious effects on dyestuff decolorization results. Fungus C was most significantly affected by coinoculum.
在此条件下，水解液的脱色效果很好，混合氨基酸的产率高达11.9%。
With the optimum technical condition, the decolorizing effect of hydrolysate was good, and mixed amino acids yield was 11.9%...
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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