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화학 및 야금공정에서 유고체간에 일어나는 비촉매적 반응의 속도론: I. 단일비공질 고체의 반응

Kinetics of Non-Catalytic Fluid-Solid Reactions in Chemical and Extractive Metallurgical Processes: Part I. Reaction of a Single Nonporous Particle

HWAHAK KONGHAK, February 1976, 14(1), 3-16(14), NONE
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Abstract

이 총설의 목적은 유체와 고체간의 비촉매적 반응속도론을 검토함에 있다. 수년전까지만 하여도 공업적으로 매우 중요한 이런 종류의 반응에 대한 이론은 미개척된 상태에 있었던바 지난 몇 년사이에 여러면으로 이 분야에 주시할만한 진전이 있었다. 이 총설의 제1부에서는 단일비공질고체의 반응을 요약하고 제2부에서는 단일다공질고체의 반응을 검토하려고 한다. 그리고 기체를 매개로하여 일어나는 두 고체간의 반응이 제3부에 기술되겠으며 끝으로 공업적으로 중요한 다분체계의 공정을 제4부에서 취급하고자 한다.
Recent developments in the theory of the kinetics of non-catalytic fluid-solid reactions are reviewed. Until recently, the treatments of this important group of reactions have been in an embryonic stage. In the last few years, however, significant progresses have been made in various aspects of fluid-solid reactions. In Part I, the reaction of an initially nonporous solid will be reviewed. Part II will discuss the reaction of an initially porous solid, and the reactions between two solids proceeding through gaseous intermediates will be described in Part III. Finally, the treatment of industrially important multiparticle systems will be presented in Part IV.

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