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EVOLUTION OF CSL BOUNDARIES IN NICKEL ALLOY BY ITERATIVE AND NON-ITERATIVE THERMOMECHANICAL PROCESSING

机译：迭代和非迭代热机械加工镍合金中CSL边界的演变

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Nickel alloy has been thermomechanically processed in order to generate CSL related grain boundaries which in turn is known to improve its mechanical and functional properties. The thermomechanical processing consisted of a low strain of 4% followed by annealing for 10 minutes applied in single (non-iterative processing) and multi-steps (iterative processing). The objective of the present work is to understand the effect of processing routes on the evolution of CSL boundaries.

机译：镍合金已经热理加工，以产生CSL相关的晶界，这已知是改善其机械和功能性的。热机械加工由低应变为4％，然后在单一（非迭代处理）和多步骤（迭代处理）中施加10分钟的退火。本作工作的目的是了解加工路线对CSL边界演变的影响。

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《Materials Science and Technology Conference》|2015年|1(CD-ROM)|共8页
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Sandeep Sahu; Shashank Shekhar;
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中图分类 TB3-53;
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Thermomechanical processing; Grain boundary character distribution (GBCD); Coincidence site lattice (CSL); Electron back scattered diffraction (EBSD); Inconel;

机译：热机械加工;晶界性质分布（GBCD）;巧合点晶格（CSL）;电子背面散射衍射（EBSD）;Inconel;

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机译：赤字体，单相COCRFEMENNI高熵合金热机械加工后的微观结构演变，特别关注双界限
2. Microstructural evolution in silicon alloyed gamma -Ti-Al alloys after thermomechanical processing [J] . Heshmati-Manesh S, Flower HM Materials Science and Technology: MST: A publication of the Institute of Metals . 1999,第2期

机译：硅合金γ-Ti-Al合金热机械加工后的组织演变
3. Microstructural evolution in silicon alloyed γ-Ti-Al alloys after thermomechanical processing [J] . S. Heshmati-Manesh, H. M. Flower Materials Science and Technology: MST: A publication of the Institute of Metals . 1999,第2期

机译：硅合金化γ-Ti-Al合金热机械加工后的组织演变
4. EVOLUTION OF CSL BOUNDARIES IN NICKEL ALLOY BY ITERATIVE AND NON-ITERATIVE THERMOMECHANICAL PROCESSING [C] . Sandeep Sahu, Shashank Shekhar Materials Science and Technology Conference . 2015

机译：迭代和非迭代热机械加工镍合金中CSL边界的演变
5. Application of thermomechanical processing for the improvement of boundary configurations in commercially pure nickel. [D] . Li, Qiangyong. 2009

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EVOLUTION OF CSL BOUNDARIES IN NICKEL ALLOY BY ITERATIVE AND NON-ITERATIVE THERMOMECHANICAL PROCESSING

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