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Nano-phases and corrosion resistance of C+Mo dual implanted steel

机译:C + Mo双注入钢的纳米相和耐蚀性

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The corrosion resistance of C+MO dual-implanted H13 steel was studied using multi- sweep cyclic voltammetry. The phase formation conditions for corrosion resistance and its effects were researched. The super-saturation solid station solution of MO~+ and C~+ atoms was formed in Mo+C dual implanted steel. Precipitate phase with nanometer size FE_2Mo, FeMo, MoC, Fe_5C_3 and Fe_7C_3 were formed in dual implanted layer.
机译:使用多次扫描循环伏安法研究了C + MO双注入H13钢的耐腐蚀性。研究了耐腐蚀的相形成条件及其影响。在Mo + C双注入钢中形成了MO〜+和C〜+原子的超饱和固溶体溶液。在双注入层中形成了具有纳米尺寸FE_2Mo,FeMo,MoC,Fe_5C_3和Fe_7C_3的沉淀相。

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