The maps of consolidation mechanisms under compacts sintering

M.I.Alymov; A.A.Pimenova

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The maps of consolidation mechanisms under compacts sintering

机译：Compacts烧结下的整合机制地图

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摘要

A new method of construction of a map ofpowder consolidation mechanisms under sintering isproposed. The maps of consolidation mechanisms forsome metal powders were constructed. The critical sizeof powder particles was determined below that amechanism of sintering is controlled by grain boundary diffusion.

机译：烧结下烧结机制地图建设的新方法。构建了对金属粉末的固结机制地图。临界尺寸粉末颗粒的测定在下面确定烧结的机理由晶界扩散控制。

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《Физикаи　химия　обработки　материалов》 |1999年第2期|共4页
作者
M.I.Alymov; A.A.Pimenova;
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正文语种 rus
中图分类工程材料学;
关键词
压坯; 烧结; 凝固; 机理;

机译：压坯;烧结;凝固;机理;

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3. The maps of consolidation mechanisms under compacts sintering [J] . M.I.Alymov, A.A.Pimenova Физикаи　химия　обработки　материалов . 1999,第2期

机译：Compacts烧结下的整合机制地图
4. Self-Consolidation Mechanism of Ti5Si3 Compact Obtained by Electro-Discharge-Sintering Directly from Physically Blended Ti-37.5 at.% Si Powder Mixture [J] . S.Y. Chang, Y.W. Cheon, Y.H. Yoon, Archives of Metallurgy and Materials . 2017,第2期

机译：通过物理混合的Ti-37.5 at。％Si粉混合物直接电放电烧结获得Ti5Si3压块的自固结机理
5. Self-Consolidation Mechanism of Ti5Si3 Compact Obtained by Electro-Discharge-Sintering Directly from Physically Blended Ti-37.5 at.% Si Powder Mixture [J] . S.Y. Chang, Y.W. Cheon, Y.H. Yoon, Archives of Metallurgy and Materials . 2017,第2期

机译：通过物理混合的Ti-37.5 at。％Si粉混合物直接电放电烧结获得Ti5Si3压块的自固结机理
6. MICROSTRUCTURE AND MECHANICAL PROPERTIES OF AL SINTERED COMPACTS CONSOLIDATED BY PULSE CURRENT PRESSURE SINTERING PROCESS [C] . Takekazu Nagae, Shogo Tomida, Takashi Kamiya, 2002 World Congress on Powder Metallurgy amp; Particulate Materials Pt.7 Jun 16-21, 2002 Orlando, FI . 2002

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7. The effect of compacting and sintering conditions on the mechanical properties of iron compacts. [D] . Hassan, Mohamed Youssef. 1978

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9. Self-Consolidation Mechanism of Ti5Si3 Compact Obtained by Electro-Discharge-Sintering Directly from Physically Blended Ti-37.5 at.% Si Powder Mixture [O] . Chang S.Y., Cheon Y.W., Yoon Y.H., 2017

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10. Consolidation of A12O3 Nano-Power by Magnetic Pulsed Compaction and Sintering. [R] . Kim, W. W. 2007

机译：磁脉冲压制烧结法制备a12O3纳米粉体。

The maps of consolidation mechanisms under compacts sintering

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