Probing into the Influence of Norfloxacin Reaction Rate of Metallic Ions

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；

Study on reaction rate and kinetic constant in radiation curing of epoxy resins

环氧树脂辐射固化反应速率及速率常数的研究

The loss quantity and the reaction rate all increase with the increase of the reaction temperature.

随着反应温度的增加，颗粒的损失量增加，反应速率也增大。

It can increase the reaction rate substantially.

提高光强能大幅度提高反应速率。

Reaction rate decreases with aging time.

反应速率随老化时间的增加而降低；

A Photographic Method for the measurement of Reaction Rate of Sulfite Oxidation

用于亚硫酸根氧化速率测量的图像处理方法

It was also proved that the amount of catalyst and temperature could influence the reaction rate.

升高反应温度，加大催化剂用量均有利于封闭反应的进行。

Catalysts affect the reaction rate of polyurethane porous materials.

催化剂是影响聚氨酯多孔材料发泡速率和开孔率关键因素之一。

The amount of inhibitor hydroquinone had little effect on reaction rate.

阻聚剂对苯二酚用量对反应速率的影响不显著。

Reaction rate study for the corrosion of pure aluminium in copper chloride solution

纯铝在氯化铜溶液中溶解速度的研究

A Discussion on the Reaction Rate

无机化学中的化学反应速率

The Cause of High Reaction Rate of Displacement Bleaching

置换漂白反应速度快之原因

And the concept is reaction rate.

概念就是反应速率。

The reaction rate increases with increasing temperature and NaOH concentration.

高铁酸钠生成速率随着温度的升高和NaOH浓度的增大而加快。

The reaction rate improved as the concentration of K+ increased.

当钾离子浓度增加时反应速率也增加。

The optimum conditions influencing the reaction rate were studied.

研究了影响反应速率的最佳条件。

Improvement of the experiment of the chemistry reaction rate and active energy

化学反应速度和活化能实验的改进

TG curves have shown that the addition of MnO_2 ( CuO or Cr_2O_3) to CaCO_3 not only causes the increase in the initial reaction temperature of thermal decomposition of CaCO_3, but also extends the reaction temperature range of that to higher temperature direction.

TG曲线表明：在CaCO3中分别掺入上述物质后，CaCO3热解的起始温度升高，反应温度范围向高温方向扩展，导致CaCO3热解更完全。

After treated by pressing or ball milling, Al-C powders can react before Al melts, but the reaction rate and reaction temperature range are greatly different in the two cases.

但经过压块或球磨处理，Al、C混合物能够进行反应。该反应受动力学影响，反应温度和速度相差较大。

The calculated activation energy for SHS of TiB 240% Fe ( in mole) is 399kJ/ mol, close to the activation energy of Ti+ 2B reaction in low temperature range, which indicates a diffusion controlled mechanism.

计算得到TiB240%Fe（以摩尔计）的SHS过程激活能为399kJ／mol，接近Ti＋2B在低燃烧温度区域的反应过程激活能，预示着一种扩散控制机理。