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首页> 外文期刊>Journal of superhard materials: Sverkhtverdye materialy >ANALYSIS OF THE BASIC THEORIES OF SINTERING MATERIALS. 2. CHEMICAL REACTIONS AND NUCLEATION PROCESSES. BASIC PRINCIPLES OF THE MODELING OF SINTERING SUPERHARD COMPOSITE DIAMOND-CONTAINING MATERIALS
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ANALYSIS OF THE BASIC THEORIES OF SINTERING MATERIALS. 2. CHEMICAL REACTIONS AND NUCLEATION PROCESSES. BASIC PRINCIPLES OF THE MODELING OF SINTERING SUPERHARD COMPOSITE DIAMOND-CONTAINING MATERIALS

机译:烧结材料基本理论分析。 2.化学反应和成核过程。含烧结超级硬质复合材料材料建模的基本原理

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摘要

Basic kinetic equations for the description of surface chemical reactions between components and nucleation of new phases in multicomponent mixtures at high pressures and temperatures are discussed. These equations are interpreted in terms of physics and the principal conditions for the description of physicochemical processes occurring during the sintering of superhard composite diamond-containing materials.
机译:讨论了基本动力学方程,用于描述组分之间的表面化学反应以及在高压和高温下多组分混合物中新相的成核。这些方程式是根据物理学和描述超硬复合含金刚石材料烧结过程中发生的物理化学过程的主要条件解释的。

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