The influence of chemical composition on the dimensions

Konrad Łyduch, W. Gęstwa
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Abstract

Abstract The paper presents the influences of nanofluids, which are used in hardening process, to dimension changes, hardness and microstructure of hardened construction of steel samples. An analysis was also carried out with the use of English methods of cooling abilities of nanofluids environments based on water, solid nanoparticles of Al2O3 and ammoniac water. The results of this experiment show, that only one of specific dimensions of cooled samples, in the distilled water, changed for about 9%, but when using nanofluids this change was smaller. The hardness of alloy materials got a few percent more when nanofluids were used in comparasion to using the distilled water. The gained results allow to conclude the positive influence of nanofluids on parameters of the hardened materials.
化学成分对尺寸的影响
摘要本文研究了淬火过程中纳米流体对钢试样硬化组织的尺寸变化、硬度和显微组织的影响。采用英文方法分析了基于水、固体纳米Al2O3和氨态水的纳米流体环境的冷却能力。实验结果表明,在蒸馏水中,只有一个特定尺寸的样品发生了约9%的变化,但在使用纳米流体时,这种变化较小。与蒸馏水相比,纳米流体可使合金材料的硬度提高几个百分点。所得结果可以得出纳米流体对硬化材料参数的积极影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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