活化时间的英文

• activation time

• "活化"英文翻译    activation radioactivation; ...
• "时间"英文翻译    time; hour
• "陈化时间" 英文翻译 :    assembly time
• "稠化时间" 英文翻译 :    thickening time
• "磁化时间" 英文翻译 :    magnetizing time
• "叠化时间" 英文翻译 :    dissolve time
• "孵化时间" 英文翻译 :    brooding time
• "汞化时间" 英文翻译 :    amalgamation time
• "固化时间" 英文翻译 :    cure time; curing time
• "合金化时间" 英文翻译 :    alloying time
• "极化时间" 英文翻译 :    polarization time
• "焦化时间" 英文翻译 :    carbonizing time; coking time; scorch time
• "胶化时间" 英文翻译 :    gel time
• "净化时间" 英文翻译 :    clarification time
• "老化时间" 英文翻译 :    ageing time; aging time; burning-in period; digestion time
• "硫化时间" 英文翻译 :    cure time; curing time; length of cure; vulcanizing time
• "慢化时间" 英文翻译 :    retardation time; slowing-down time
• "漫化时间" 英文翻译 :    moderation time
• "敏化时间" 英文翻译 :    sensitization time
• "破乳化时间" 英文翻译 :    deemulsification time
• "热化时间" 英文翻译 :    thermalization time
• "融化时间" 英文翻译 :    thawing time
• "熔化时间" 英文翻译 :    fusing time; melt down time; melt-down time; melting time
• "乳化时间" 英文翻译 :    emulsification time; emulsificationtime
• "湿化时间" 英文翻译 :    time of slaking

• Influence of activation time on characteristics of active coke
  活化时间对煤制活性焦性质的影响
• The optima technologic conditions of preparing anthracite - based hsaac by orthogonal test are ratio of koh to anthracite 4 , activating temperature 750 c and activating time 1 . 5 hours respectively
  由正交试验结果确立的制备无烟煤基hsaac的最佳工艺条件为：碱炭比为4 ，活化温度为750c ，活化时间为1
• The influencing factors such as the ratio of reactants , activation time , reaction time and reaction temperature on the synthesis were studied so as to optimize the conditions for synthesizing flocculant
  研究了反应物料配比、活化时间、反应时间、反应温度等因素对合成的影响，优化出絮凝剂合成的工艺条件。
• 552333x52 the most optimized media is decided , that is glucose 26g / l , mgsoa 0 . 3g / l , nacl 2 . 8g / l , yeast extraction 8g / l , peptide 15g / l , kjhbpo4 0 . 3g / l . study of correlation between culturing time and transformation rate reflects that 30 hours is needed
  探讨了不同活化时间对模型反应的影响，结果表明，将生物催化剂培养30小时，进行有机相中转化可以得到最高的转化率。
• Anthracite - based hsaac prepared by activation with koh , is mainly of micropores smaller than 2nm . we can increase the proportionality of its mesopores ( > 2 nm ) by increasing koh , activating temperature and suitable activating time
  以koh作活化剂制备的无烟煤基hsaac ，其孔径分布以直径小于2nm的微孔为主。增加活化剂的用量，提高活化温度，适当延长活化时间，可以增加无烟煤基hsaac中孔径大于2nm的中孔的比例。
• A decapeptide ( nh2 - nyqkdalgfl - cooh ) and a hexadecapeptide ( nh2 - kakesdagflmfvylv - cooh ) were synthesized as model peptides , then covalently attached to ditc glass beads for methodology study in tbus - itc and tpge - itc chemistry . four c - terminal residues of the synthetic decapeptide have been identified
  利用偶联到川tc玻璃珠上的10肤，对tpge一1tc作偶联试剂的活化剂用量、活化时间、偶联温度和偶联时间进行了优化，确定了最佳反应条件。
• The yield of ac decreases with the increase of koh , activating temperature and activating time while at first the amount of iodine adsorption increases then decreases . the amount of iodine adsorption of ac reached maximum when the ratio of koh to anthracite , activating temperature and activating time are 5 , 750 c and 1 . 5 hours respectively
  随着碱炭比的增加，活化温度的升高，活化时间的延长，所得活性炭的收率减少，碘吸附值则呈先增大后减小的变化规律，在碱炭比为5 ，活化温度为750 ，活化时间为1 . 5h时，活性炭对碘的吸附出现峰值。
• In this paper , the high surface area activated carbon ( hsaac ) was prepared from low - ashed anthracite by the activation of koh . the influences of the ratio of koh to anthracite , the activating temperature and activating time on yield , adsorption properties , pore structure and capacitance characteristic of hsaac had been investigated . based on these , the technologic methods and conditions of controlling structure and properties of hsaac have been established
  本文以超低灰无烟煤为原料，采用koh化学活化法制备高比表面积活性炭( highsurfaceareaactivatedcarbon ，简称hsaac ) ，系统考察了碱炭比，活化温度和活化时间等工艺因素对hsaac的收率、吸附性能、孔结构和电容特性的影响，确立了调控hsaac结构和性能的工艺方法和工艺条件。
• 3 . the author designs ortho - experimentations of palygorskite acidification and organising modification by adopting propyl alcohol as thinner of wd - 51 , and acquires the best craft parameters and craft conditions for gaojiawang palygorskite acidification and acidified palygorskite organising modification , namely : the best craft parameters and craft conditions for gaojiawang palygorskite acidification is : parlygorskite : h2o = 1 : 3 , activation time 50 min , activation temperature 96 , hydrochloric acid concentration 1 . 0 n , parlygorskite granularity - 100mesh ; the best craft parameters and craft conditions for gaojiawang acidified palygorskite organising modification is : wd - 51 concentration 2 . 0 % ( wt % ) , modification temperature 120 , and modification time 60 mins , adopting iso - propyl alcohol as thinner of wd - 51 . 4
  设计坡缕石粘土酸化正交实验和有机化改性正交实验，取得了高家洼坡缕石粘土酸活化处理和酸化坡缕石用wd - 51进行有机化改性处理的最佳工艺参数和工艺条件，即：高家洼坡缕石酸活化处理的最佳工艺参数和工艺条件为：固液比为1 ： 3 (固体为高家洼坡缕石粘土，液体为去离子水) 、活化时间50min 、活化温度为96 、盐酸浓度为1 . 0n 、粒度为- 100目。