Haritaki的多种植物化学成分及不同药用活性研究综述。

M. Franklin, P. Perumal, P. Vasan
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引用次数: 2

摘要

热处理工艺是提高材料力学性能和冶金性能的合成工艺。深冷处理不是热处理工艺的替代工艺,它是热处理的补充工艺,它影响材料的整个横截面。深冷处理是将材料置于相对极低的温度条件下,以提高材料的力学和冶金性能的一种热处理工艺。低合金淬火钢,用于制造需要承受高操作条件的零件,如轴传动,齿轮和轴。本文对20MnCr5钢进行了不同浸泡温度和浸泡时间的深冷处理。在低温处理之前和之后,必须进行比较表征研究,以研究材料的行为。
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A Review Article on Various Phytochemicals and Different Medicinal Activities of Haritaki.
Heat treatment process is a resultant process to improve the mechanical and metallurgical properties of the material. Deep cryogenic treatment is not an alternative process to the heat treatment process it is a complimentary process to the heat treatment and it affects the entire cross section of the material. Deep cryogenic treatment is a heat treatment process where the material is subjected to comparatively extreme low temperature condition in order to enhance the mechanical and metallurgical behaviors of the material. Low alloyed case hardening steels used for manufacturing of parts which required to withstand high operating condition such as axle drives, gears & shafts. In this proposed work 20MnCr5 steel has been subjected to Deep Cryogenic Treatment at different soaking temperature and period. A comparative characterization study has to be conducted, before and after the cryogenic treatment, to investigate the behavior of materials.
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