Preparation of Expanded Graphite and the Discussion of Reaction Kinetics

1、

Study on Reaction Kinetics of Linear Alkylbenzene Formation over Solid Acid Catalysts

固体酸催化剂上线性烷基苯生成反应动力学研究

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2、

The paper has developed reaction kinetics models for intermittent reaction with rigorous model.

该文运用机理法开发了间歇反应动力学模型，并用欧拉法对全混釜反应器进行物料、热量衡算。

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3、

Experimental Study on Raw Meal Reaction Kinetics in Rotary Kiln

回转窑内生料反应动力学的实验研究

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4、

Analysis of reaction kinetics and numerical simulation of GaN growth by MOCVD

MOCVD生长GaN的反应动力学分析与数值模拟

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5、

Study on Reaction Kinetics of FBD Water-gas Shift Reaction Catalyst

FBD型一氧化碳高温变换催化剂动力学研究

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6、

The mechanism and the kinetics are discussed. The reaction kinetics was studied.

讨论了反应机理和动力学；

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7、

Study on the reaction kinetics of high efficiency catalysts for pet polycondensation

聚酯高效催化剂缩聚反应动力学研究

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8、

Reaction kinetics accords with mechanism and characteristic of grafting reaction.

接枝反应动力学曲线与接枝反应过程的机理和特征相吻合。

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9、

The advantage of micro reaction kinetics for reactor development

微观反应动力学对于反应器开发的优势

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10、

Fuzzy method of screening models of reaction kinetics

反应动力学模型的模糊数学筛选法

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11、

Study on Reaction Kinetics Behaviors of New Cross-Linked Acid with Dolomite

新型交联酸与白云岩反应动力学行为研究

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12、

Study on the structure, property and reaction kinetics of polysiloxane emulsion

聚硅氧烷乳液的结构性能及反应动力学研究

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13、

A Study on the Reaction Kinetics of Metal Sulfide in Water Vapor

金属硫化物在水蒸气下的反应动力学研究

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14、

Study on Reaction Kinetics of PET Polymerization with New Catalysts

新催化剂合成聚酯反应动力学研究

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15、

The Application of Continuous Flow Apparatus in Study of Coupling Reaction Kinetics

对反应动力学进行了研究。连续流动测量装置在成色剂偶合动力学研究中的应用

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16、

Using sensitivity method to reduce the chemical reaction kinetics model

用灵敏度法简化化学反应动力模型

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17、

The combustion reaction kinetics parameters have been calculated by integral method.

用积分法计算了燃烧反应的动力学参数，得到了两个连续的一级反应动力学公式。

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18、

Study on Reaction Kinetics of Several Types of Dust Layers

几种粉尘层反应动力学参数的研究

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19、

The working temperature has a decisive effect on the various polarization losses, especially for the anode activation polarization, which indicates that the anode surface reaction rate is a key factor.

电池工作温度对各种极化损失尤其是阳极活化极化产生重要影响。

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20、

We have revealed that the reaction kinetics holds the key to tuning the growth mode of the nanocrystals while the selective capping effect makes a contribution to facet control.

研究表明反应动力学是调控晶体生长模式的关键，同时选择性的包覆作用也对晶面控制具有重要作用。

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