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relatively prime elements是什么意思

中文翻译互素元

网络释义

1)relatively prime elements,互素元2)relatively prime elements,互素元素3)Element interactions,元素交互4)elements be interdependent,互补元素5)reciprocal element,互逆元素6)element interdiffusion,元素互扩散

用法例句

    Investigation on Elements Inter-diffusion in Reaction Layer During Hip Between Corrosion-resistant Alloy and Carbon Steel

    耐蚀合金/碳钢热等静压扩散焊接反应层元素互扩散规律研究

    Interdiffusion behavior of Ti-Mo binary system in β phase

    Ti-Mo二元合金在β相区的互扩散行为

    Nonlinear Interdiffusion in Binary Nanometer-scale Multilayers

    二元系纳米多层薄膜非线性互扩散研究

    Interaction of W,Mo,Co in Co-diffusion

    W Mo Co多元共渗扩散交互作用规律研究

    Microstructure and Element Diffusion Behavior of Fine-grained Titanium Alloy after Superplastic Diffusion Bonding

    细晶钛合金超塑性扩散连接的微观组织及元素扩散行为

    The elemental diffusion is the dominant factor of joint forming.

    元素的扩散是控制接头形成的主要因素。

    A Research on the Determinants of Geographical Difference of Internet Diffusion in China;

    我国互联网扩散之地区差异的影响因素探究

    Zn diffusion mechanism in InP/In_xGa_(1-x)As hetero structure

    InP/In_xGa_(1-x)As异质结构中Zn元素的扩散机制

    Diffusion Kinetics and Geological Applications of Elements in Minerals

    矿物中元素扩散动力学的研究及地质应用

    Dispersion characteristics of element Fe in preparation of aluminum bronze alloy powder coating

    铝青铜合金粉末涂层制备中Fe元素的扩散特性

    Elemental Diffusion between Sm_(0.5)Sr_(0.5)CoO_(3-δ) Cathode and La_(0.9)Sr_(0.1)Ga_(0.8)Mg_(0.2)O_(3-δ) Electrolyte

    钐锶钴阴极/镧锶镓镁电解质界面的元素扩散

    Element Diffusion Measure Between Tool Material and Work Piece

    刀具材料与工件材料的元素扩散检测研究

    Diffusion behavior of Cr element at the bonding interface of a 25Cr5MoA/Q235 solid-liquid cladding shaft

    25Cr5MoA钢/Q235钢固-液复合轴界面Cr元素扩散行为

    THE STREAMLINE-DIFFUSION F.E. ANALYSIS FOR CONVECTION DIFFUSION PROBLEMS

    对流扩散问题的流线扩散有限元分析

    A Research on the Determinants of Internet Development Based on Innovation Diffusion Model:Evidence from 35 Countries

    基于创新扩散模型的互联网发展影响因素研究——以35个国家为例

    diffusion bonding

    扩散结合,扩散粘结(金属在真空中加压,相互扩散而粘结)

    The diffusion of Ti, C, W of the substrate into the film improved the adhesion strength of the interface.

    基体中的元素在薄膜中有明显的扩散,有助于提高界面结合强度。

    The composite features, the elements diffusion and the binding strength in interface of the adaptor have been reviewed.

    考察了接头的界面复合特征,界面上元素扩散及接头的结合强度。

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