反应温度

• This text has studied two subsidence - separation means , which are flocculant and control reaction temperature method to remove the chlorine in magnesium hydroxide produced by the method of bischfite - sodium hydroxide
  摘要研究了絮凝剂法及控制反应温度法两种沉降分离方法除去水氯镁石氢氧化钠法制备氢氧化镁中的氯。
• The cod of water sampling may have different results varying from kinds and concentrations of oxidizing agent , acidity of reaction solution , reaction temperature and time and if there are catalysts
  摘要水样的化学需氧量，可由于加入氧化剂的种类及浓度，反应溶液的酸度，反应温度和时间，以及催化剂的有无而获得不同的结果。
• To study the synthetic technology of it and investigating the influence of synthetic reaction that ratio of reactants , content of catalyst , reactive temperature and time , content of alkalion and so on was also related to the experiment
  研究了其合成工艺，考察了原料配比、催化剂量、反应温度和时间、碱用量等因素对实验的影响。
• In order to find a suitable routine for this synthesis , various different factors were considered such as the category of catalysts , reaction temperature , reaction time , raw material mol ratio
  通过实验考察酶催化剂的种类、反应温度、反应时间、反应配比等反应条件对水解及季钱化过程的影响，得到一条切实可行且相对高效的合成路线。
• The results showed that passivation of the presulfided hydrogenation catalysts was necessary ; temperature , concentration of o2 , reaction time and expansion rate are important influential factors on the passivation effects
  结果表明，预硫化后催化剂需要经过钝化处理；反应温度、 o2浓度、反应时间及膨胀率是影响钝化效果的主要因素。
• The influences of ca / s ratio , the temperature of flue gas , the amount of injection water and the direction of the nozzle on the efficiencies of flue gas desulfurization were studied
  结果表明，在135以下，增大钙硫比有利于提高脱硫率；在不低于100时，尽可能降低反应温度有利于提高脱硫率；在t不小于15时，增大喷水量有利于提高脱硫率。
• The reaction temperature , the proportion of solid materials , the liquid - solid ratio , the reaction time making fire - retardant low hydrated zinc borate from zinc oxide , zinc nitrate and borax were discussed
  摘要以氧化锌，硝酸锌和硼砂为原料生产阻燃剂低水合硼酸锌，对生产工艺条件中的反应温度，物料配比，液固比和反应时间等方面进行了研究。
• The control algorithms of reaction temperature , reaction pressure , molecule weight and reaction gas composition are discussed . the application of neural network and fuzzy control is stressed
  主要讨论了反应温度、反应压力、气体组分、聚合物分子量主要控制参数的控制策略，探索了神经网络、模糊控制等智能控制方法在烯烃合金共聚反应的应用。
• In the treatment of wastewater containing aromatic compounds using the supercritical water oxidation method , the removal rate increases with the increase of temperature , pressure , and retention time
  超临界水氧化法处理含芳香族有机废水，随反应温度和压力的升高及停留时间的延长，苯酚去除率提高，在很短的停留时间内，苯酚的去除率可达96 %以上。