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- reaction rate laws 反应速率公式
- Reaction rates o-bey a parabolic line law. 反应速率服从抛物线定律。
- The reaction rate increases with rising temperature. 升高温度可以加快反应速率。
- The solvents also had a crucial influence on the reaction rate. 溶剂对反应速度和反应结果也有较大的影响。
- The study result showed that the reaction rate with peroxid... 结果表明,在反相微乳液系统中,酶促反应速率很大。
- If the rate of the back formation becomes significant, the rate laws become more complex. 若逆反应的速度变得重要,则速度规律也就比较复杂。
- The apparent reaction rate constant can be obtained by linear regression. 线性回归得出化学反应速率常数表观值。
- The result of fracture acidizing is depended on the acidic rock reaction rate. 压裂酸化效果的好坏,在很大程度上决定于酸岩反应速率的大小。
- It has more vision view, larger view and quicker reaction rate to obstacles. 视觉清晰、视野更大,对障碍物反应速度更快。
- This equation must be couled with the mole balance, rate law and stoichiometry and solved numerically. 它与摩尔衡算式、速率定律、化学计量关系结合,可以数值解算分批式反应釜。
- The initiator mainly influences the coagulum content and reaction rate. 引发剂主要影响反应速率和凝胶率;
- This equation must be couled with the mole balance rate law and stoichiometry and solved numerically. 它与摩尔衡算式、速率定律、化学计量关系结合,可以数值解算分批式反应釜。
- Two kinetic models, Power rate law Model and Mars-Van Krevelen Model, were used to fit the kinetic mechanism of the decomposition of IPA. 操作参数实验结果呈现为焚化温度、进流氧气浓度、进流异丙醇浓度升高,则转化率也相对提高;反之空间流速之增大,则转化率则相对降低;
- ENZYMES enhance reaction rates by lowering the activation energy. 酶可以使反应的活化能降低从而加快反应速率。
- In this manner, the oxidation process will deviate negatively from the parabolic rate law and instead follow more closely a cubic or logarithmic rate behavior. 在这种方式下,氧化过程将产生不利偏离从抛物线型定律,反而更密切的后续立方或对数率的行为。
- Vortices accelerate reaction rates of the unreacted region. 旋涡加速了未反应区的化学反应速率。
- The reaction rate is limited by the concentration gradient of oxygen in the sample. 反应速率受试样中氧浓度梯度的限制。
- We thus meet the first effect of structure on reaction rate, an influence on the importance of solvent viscosity. 这样我们碰到了结构对反应速度的第一个影响,这种影响是以溶剂粘度的重要性为基础的。
- The research showed that for anthracite, lean coal and bituminous, the reaction rate became larger and the ignition activation energy became smaller. 结果表明:从无烟煤、贫煤、烟煤,其反应速率越来越大,着火活化能越来越低。
- With the carbon content of dry ash-free basis increasing, the ignition activation energy increase and the reaction rate fall. 干燥无灰基固定碳含量增加,其着火活化能逐渐升高,反应速率逐渐降低。
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