This review summarizes the history of ionic liquid chemistry and the application for reaction medium.

1、

Effect of Reaction Medium on Structure of CoFe_2O_4 Nano-powder Prepared by Hydrothermal Method

反应介质对水热合成纳米CoFe2O4粉体结构的影响

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2、

Internal liner corrosion is caused by the changes of reaction medium and processing technology.

内衬的腐蚀主要是内部工作介质和工艺变动引起的。

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3、

Studies on the Effect of Dielectric Constant of Reaction Medium on SOD Activity

溶液介电常数对铜锌超氧化物歧化酶活性的影响

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4、

Research Progress on Ionic Liquids as Reaction Medium and Catalyst

离子液作为反应介质和催化剂的研究进展

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5、

Two characteristic parameters& heat transfer controlled reaction rate rh and mass transfer controlled reaction rate rm were defined, whose values can be obtained through simple algebraic calculations.

本文通过理论推导定义了传热控制反应速率rh和传质控制反应速率rm两个特征参数，包含了多种设计和操作条件的作用，其数值可通过简单的代数计算得到。

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6、

On the contrary, deposition rate raise with mole fraction of MTS rising in mixed gas at higher temperature, whole reaction is controlled by mass transmission.

在较高温度下，反应速率随混合气体中MTS含量的增大而增大，总沉积速率受质量传输控制。

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7、

Sichuan province. This paper studies and discusses the hydrologic-geochemical reaction and weathered rock mass due to subsidence of acid rainwater and groundwater permeation.

为探讨风化作用形成机理，本文对风化产物类型、形成特征及其对造像的破坏作用等，进行了分析研究、论述了地下水渗流的水文地球化学作用和酸雨沉降对石窟岩体风化的影响。

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8、

Fractionation of arsenic in waste water samples by HPLC-hydride generation-dynamic reaction cell-inductively coupled plasma mass spectrometry

HPLC分离-氢化物发生-动态反应池-ICP/MS联用分析废水中砷形态

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9、

Based on the analysis of the experimental results by the gas liquid reaction theory, the mass transfer coefficients in gas phase were determined.

根据气液反应理论对实验结果进行分析，由实验和理论计算获得了气相分传质系数。

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10、

Coupled processes of chemical reaction, heat and mass transfer in non-thermal equilibrium porous medium

非热平衡多孔介质内反应与传热传质耦合过程

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11、

The amount of oxygen accumulated in BOF is obtained from the off-gas analysis, Mathematical models for predicting w [ P] t and w [ Mn] t at the end of blowing are established through analyzing this parameter with reaction equilibrium and mass balance.

运用转炉炉气分析技术，对转炉内氧积累量进行了研究，通过对此参数的分析并结合反应平衡和质量守恒定律，建立预测吹炼终点w[P]t和w[Mn]t的数学模型。

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12、

The distribution function of energy reveals the rule that the reaction activity of mass changes in different stages of pyrolysis, which helps to investigate the mechanisms of pyrolysis, gasification and combustion.

活化能的分布函数，反映了木材在热解、气化、燃烧过程中不同阶段的反应活性变化规律，有助于了解木材的热解和燃烧机理。

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13、

The effects of stirring speed, reaction temperature, mass ratio of alkali-to-ore, initial potassium hydroxide concentration and particle size on the leaching rate of niobium were reported.

考察了搅拌转速、反应温度、碱矿比、初始氢氧化钾浓度和矿粒度对铌钽矿中铌的浸出速率的影响。

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14、

Therefore, it would be considerably effective for the improvement of Ce 4+/ Ce 3+ reaction to facilitate mass transfer and add electrochemical catalyst.

因而可通过提高传质速率和加入电化学催化剂的方法来提高Ce4+/Ce3+体系的反应速率。

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15、

The optimum coupling reaction conditions: mass fraction of SCA is 6.5% 7.5%; coupling temperature is 70 ℃; coupling time is 3 4 h.

最优偶联改性的工艺条件：SCA质量分数为6.5%～7.5%、偶联温度为70℃、偶联时间为3～4h。

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16、

The effects of reaction temperature, mass of surfactant, mass of initiator and mass of PSG on the polymerization conversion were investigated.

考察了聚合温度、乳化剂用量、引发剂用量和PSG用量对细乳液聚合转化率的影响。

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17、

The main work are summarized as follows: The factors affecting the MFC performances were analyzed from enzyme kinetics, chemical reaction theory and mass transfer.

主要工作包括：基于酶动力学理论、化学反应理论和传质学理论分析了MFC工作性能的影响因素。

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18、

The application of advanced intelligent control strategy is expected to achieve effective control of the fluidized bed systems, improvement of reaction efficiency and mass production economy.

采用先进的智能控制策略有望实现对流化床系统的有效控制，提高反应的效率和批量生产的经济性。

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19、

Nonlinear Chemical Reaction and the Mass Action Law& Periodic Tuning of the CSTR-BZ Reaction System

非线性化学反应与质量作用定律&BZ-CSTR反应体系的周期调制

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20、

Dynamics Model of Compost Reaction Based on Mass Action Law

基于质量作用定律的堆肥反应动力学模型

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