级反应的英文

• nth order reaction

• "级"英文翻译    level; rank; grade
• "反应"英文翻译    neaction
• "初级反应" 英文翻译 :    primary reaction; primary response
• "次级反应" 英文翻译 :    induced reaction; secondary reaction
• "单级反应器" 英文翻译 :    single stage reactor; single-stage reactor
• "多级反应" 英文翻译 :    reaction of high order
• "多级反应器" 英文翻译 :    multistage reactor
• "二级反应" 英文翻译 :    reaction of second order; reaction of the second order; second order reaction; second-order reaction; secondary order reaction; secondary response
• "分级反应" 英文翻译 :    fractional order reaction
• "分数级反应" 英文翻译 :    fractional order reaction; reaction of fractional order
• "高级反应" 英文翻译 :    higher order reaction; reaction of higher order
• "两级反应器" 英文翻译 :    two-stage reactor
• "零级反应" 英文翻译 :    zero order reaction; zero-order reaction; zeroth order reaction
• "三级反应" 英文翻译 :    third order reaction; third-order reaction
• "四级反应" 英文翻译 :    fourth order reaction; fourth-order reaction
• "伪一级反应" 英文翻译 :    pseudo first-order reaction
• "一级反应" 英文翻译 :    first order reaction; first-order effect; primary response
• "准一级反应" 英文翻译 :    pseudo first order reaction; pseudo-first order reaction
• "假一级反应；准一级反应" 英文翻译 :    pseudo-first-order reaction
• "初级反应基因" 英文翻译 :    primary response gene
• "干扰二级反应" 英文翻译 :    interfering second order reaction
• "拟一级反应,假一级反应,伪一级反应" 英文翻译 :    pseudo first-order reaction
• "零级反应；零次反应" 英文翻译 :    zero order reaction
• "三级反应；三次反应" 英文翻译 :    third order reaction
• "初级反应堆装置" 英文翻译 :    preliminary pile assembly

• The above reaction is called second-order reaction .
  上述反应称为二级反应。
• Electrical grade reactor
  电子级反应设备
• Second order reaction
  二级反应
• Zero order reaction
  零级反应
• The electrochemical behaviors of dmct on the different current collectors are studied in this paper by means of testing their cyclic voltammogram properties
  本文通过测试dmct单体氧化（聚合）反应的动力学参数，确认其氧化反应为二级反应，还原反应为一级反应。
• The thermal return reaction of hg ( hdz ) 2 doped in pmma film in the photochromic process follows second - order kinetics from ambient to 65
  摘要双硫腙汞络合物在掺杂的pmma膜中的热回复反应在不同温度下遵循二级反应动力学过程，其光致变色反应机理应为双分子过程，即分子间的氢转移过程。
• But it further inhibited the low affinity system . 1 . 3 effect of k + channel inhibitor on the na + content nem ( 3 mmol / l ) is a specific inhibitor of the high affinity k + uptake system
  另一个是不饱和的低亲和k ~ +吸收系统，其一级反应常数k为1 . 1 ，说明nacl胁迫浓度的增加进一步抑制了碱蓬的低亲和k ~ +吸收系统。
• The former parameter values are km = 14 . 87 umol / l , vmax = 28 . 85 umol / gdw / h and k = 1 . 21 for the high and low affinity systems respectively . it proved that naci stress could induce the high affinity system of k + uptake and enhanced the affinity of the high affinity system for k +
  另一个是不饱和的低亲和k ~ +吸收系统，其一级反应常数k为1 . 21 ，这说明nacl胁迫下，碱蓬的低亲和k ~ +吸收系统受到抑制。
• In addition , the model of interaction of water and temperature between field water vaporization and soil water storage , temperature and millet weight is gotten by field trial . 2 . the ammonia volatilizing of fertilizer is suit to the dynamic equation as y = a + bt , the coefficients in the equation are related to the kind of fertilizer , temperature and water content of soil , and the dynamic equation about ammonia volatilization including water and temperature and the is developed
  肥料氨累积挥发量符合零级反应动力学方程y = a + bt ，方程中系数与肥料种类、温度和土壤含水量有关，碳铵a 、 b值均比硫酸铵高，土壤含水量增大， a 、 b值降低，温度升高， a 、 b值增大，并由此得到含温度或土壤湿度因子的肥料氨挥发动力学方程，并建立了含水、热因子的肥料氨挥发水热耦合效应动力学方程。
• In order to study the photochemical activity of the product further , this dissertation , taking methyl orange as a deputy of organism , has studied the relation between the concentration of the organism and the reactive time during the process of light degradation , and , on the basis of the relation , the kinetic process of the photocatalytic degradation was achieved by the treatment on the curve of the organism concentration to the reactive time : zero order reaction of the high organism concentration , first order reaction of the middle organism concentration , second order reaction of the low organism concentration
  在产品对有机物的光降解方面，本文主要以产品光降解甲基橙溶液为例，研究了光降解过程中，有机物浓度与时间的关系。并在此基础上，对有机物浓度与时间的曲线进行了动力学处理，得出产品光降解甲基橙的动力学过程分为三步，摘要即:高浓度时的零级反应、中等浓度时的二级反应和低浓度时的一级反应。