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Surface polishing and modification of 3Cr2Mo mold steel by electron beam irradiation

机译:电子束照射的3Cr2MO模钢表面抛光和改性

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摘要

is difficult to achieve 3Cr2Mo plastic mold steel with good comprehensive mechanical properties by traditional surface modification methods. In this study, electron beam (EB) polishing technology was used to improve the surface quality of 3Cr2Mo plastic mold steel. Surface morphology, microhardness, wear resistance, and variation regularity in width and depth of the modified layer were also investigated. The surface morphology of 3Cr2Mo was found to be a composite microstructure of acicular and lath martensites. The surface roughness was improved by this technique. Additionally, in the depth and width of the modified layer, the microhardness and wear resistance showed a positive effect as the beam current increased. These results indicated that EB irradiation could be an efficient method for mold surface polishing. (C) 2017 Elsevier Ltd. All rights reserved.
机译:通过传统的表面改性方法难以实现3Cr2Mo塑料模具钢,具有良好的综合机械性能。 在本研究中,电子束(EB)抛光技术用于提高3Cr2MO塑料模具钢的表面质量。 还研究了表面形态,显微硬度,耐磨性和改性层的宽度和深度的变化规律。 发现3Cr2MO的表面形态是针状和板条马氏物的复合微观结构。 通过该技术改善了表面粗糙度。 另外,在改性层的深度和宽度中,微硬度和耐磨性显示出积极效果,因为光束电流增加。 这些结果表明,EB辐射可能是模具表面抛光的有效方法。 (c)2017 Elsevier Ltd.保留所有权利。

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