Diffusion bonding of Ti-2.5Al-2.5Mo-2.5Zr and Co-Cr-Mo alloys

Guo He; Honghua Liu; Qingbiao Tan

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Diffusion bonding of Ti-2.5Al-2.5Mo-2.5Zr and Co-Cr-Mo alloys

机译：Ti-2.5Al-2.5Mo-2.5Zr和Co-Cr-Mo合金的扩散结合

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A solid state diffusion bonding between two metallic biomaterials, Ti-2.5Al-2.5Mo-2.5Zr alloy and Co-Cr-Mo alloy (F75), has been investigated by using energy-dispersive spectrometer analysis, metal-lographic observation and bonding strength evaluation. The experiments indicate that bonded at 750 °C leads to insufficient atoms diffusion and weak bond. When bonded at 900 °C some intermetallics, CoTi_2, Co_2Ti, and Cr_2Ti, form in the diffusion zone, which significantly deteriorate the plasticity and lead to lower bonding strength. A high bonding strength can be achieved when bonding at 850 °C for 60 min.

机译：利用能量色散谱仪分析，金相观察和结合强度研究了两种金属生物材料Ti-2.5Al-2.5Mo-2.5Zr合金和Co-Cr-Mo合金（F75）之间的固态扩散结合。评价。实验表明，在750°C下键合会导致原子扩散不足和键合弱。当在900°C下结合时，在扩散区中会形成一些金属间化合物CoTi_2，Co_2Ti和Cr_2Ti，这会显着降低塑性，并导致结合强度降低。当在850°C下粘合60分钟时，可以获得很高的粘合强度。

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《Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics》 |2011年第27期|共6页
作者
Guo He; Honghua Liu; Qingbiao Tan;
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正文语种 eng
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Biomaterials; Ti-2.5Al-2.5Mo-2.5Zr alloy; Co-Cr-Mo alloy; Dental alloy; Diffusion bonding;

机译：生物材料;Ti-2.5Al-2.5Mo-2.5Zr合金;Co-Cr-Mo合金;牙合金;扩散键合;

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1. Diffusion bonding of Ti-2.5Al-2.5Mo-2.5Zr and Co-Cr-Mo alloys [J] . Guo He, Honghua Liu, Qingbiao Tan Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics . 2011,第27期

机译：Ti-2.5Al-2.5Mo-2.5Zr和Co-Cr-Mo合金的扩散结合
2. Microstructural evolution, bonding mechanism and mechanical properties of AlCoCrFeNi_(2.1) eutectic high entropy alloy joint fabricated via diffusion bonding [J] . Peng Li, Haotian Sun, Honggang Dong, Materials Science and Engineering . 2021,第MAYa13期

机译：通过扩散键合制造的AlcoCrfeni_（2.1）共晶高熵合金接头的微结构演化，粘接机理和力学性能
3. 45S5 bioactive glass-ceramic coated magnesium alloy with strong interfacial bonding strength by 'superplasticity diffusion bonding' [J] . Shuxin Niu, Shu Cai, Tielong Liu, Materials Letters . 2015,第feba15期

机译：通过“超塑性扩散结合”具有很强的界面结合强度的45S5生物活性玻璃陶瓷涂层镁合金
4. A Comparison of the Friction and Wear Behavior of Nitrogen Ion Implanted Co-Cr-Mo Alloy, Co-Cr-Mo, and Zirconia under the Reciprocating, Plowing Conditions of the Prosthetic Knee [C] . Robert A. Poggie, Ajit K. Mishra, James A. Davidson, Surface Modification Technologies . 1998

机译：氮离子植入式CO-CR-MO合金，CO-CR-MO和氧化锆在假体膝关节中的摩擦条件下的摩擦和磨损行为的比较
5. Transient Liquid Phase Diffusion Bonding of Magnesium Alloy (Mg-AZ31) to Titanium Alloy (Ti-6Al-4V). [D] . Atieh, Anas Mahmoud. 2013

机译：镁合金（Mg-AZ31）与钛合金（Ti-6Al-4V）的瞬态液相扩散结合。
6. Effect of Alloying Elements Gradient on Solid-State Diffusion Bonding between Aerospace Aluminum Alloys [O] . Fan Wu, Wenlong Zhou, Yujie Han, 2018

机译：合金元素梯度对航空铝合金之间固相扩散键合的影响
7. Diffusion bonding of 7475 aluminum alloy and evaluation of bonding strength and fatigue strength. [O] . Yoshiharu MUTOH, Masaru KOBAYASHI, Makoto TAKEMURA, 1991

机译：7475铝合金的扩散键合及粘合强度评价及疲劳强度。
8. Mechanical-Property Data 6Al-4V Titanium Alloy. Diffusion Bonded Component (Diffusion Bonding Heat Treatment) [R] . Peskin, R. L. 1972

机译：机械性能数据6al-4V钛合金。扩散粘合组件（扩散粘合热处理）

Diffusion bonding of Ti-2.5Al-2.5Mo-2.5Zr and Co-Cr-Mo alloys

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