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Co-based Superalloy (Stellite 6) Powder with Added Nanoparticles to be Molten by PTA

机译：具有添加纳米颗粒的Co-型超合金（Stellite 6）粉末通过PTA熔融

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Danielle Bond; Rosineide Junkes Lussoli; João Batista Rodrigues Neto; Ana Sofia Clímaco Monteiro D’Oliveira;
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1. Co-based Superalloy (Stellite 6) Powder with Added Nanoparticles to be Molten by PTA [J] . Bond Danielle, Lussoli Rosineide Junkes, Rodrigues Neto Jo?￡o Batista, Sodagem & inspecao . 2020,第1期

机译：具有添加纳米颗粒的Co-型超合金（Stellite 6）粉末通过PTA熔融
2. Deposition of Stellite superalloy powder onto 7475 aluminium alloy to enhance wear resistance [J] . Luiz C Casteletti, A L Neto, G E Totten Aluminium International today . 2007,第6期

机译：在7475铝合金上沉积Stellite高温合金粉末以增强耐磨性
3. Evaluation of stellite coatings by μ-PTA powder, laser, and PTA deposition processes [J] . Mayur S. Sawant, N. K. Jain Materials and Manufacturing Processes . 2018,第9a12期

机译：通过μ-PTA粉末，激光和PTA沉积工艺评价钝化涂层
4. DEPOSITION OF STELLITE SUPERALLOY POWDER ON 7475 ALUMINUM ALLOY TO ENHANCE WEAR RESISTANCE [C] . Luiz C. Casteletti, Amadeu Lombardi Neto, George E. Totten, International Conference on Powder Metallurgy amp; Particulate Materials vol.2; 20070513-16; Denver,CO(US) . 2007

机译：在7475铝合金上沉积硬质合金粉末以提高耐磨性
5. Effects of sintering process and the coating of the reinforcement on the microstructure and performance of co-based superalloy composites. [D] . Ning, Yi. 2004

机译：烧结工艺和增强涂层对钴基高温合金复合材料组织和性能的影响。
6. Enhanced Molten Salt Resistance by Sidewall Pores Repair during Fs Laser Drilling of a Thermal Barrier-Coated Superalloy [O] . Zhengjie Fan, Xiaomao Sun, Xuesong Mei, 2019

机译：在热障涂层高温合金的FS激光钻孔过程中通过侧壁孔修复提高了耐熔盐性
7. The Ferroxyle Test as a General Test of the Corrosiveness of Surgical Appliances Made from Stainless Steel or Co-Based Alloys of Stellite-Type, Mainly Vitallium and Neutrilium [O] . Peter Petersen, Hans Emnéus 1959

机译：Ferroxyle试验作为由不锈钢或恒星型合金的外科器具腐蚀性的一般性测试，主要是葡萄球菌和中子
8. Methods for preparation of extremely fine superalloy powders and fabrication to superalloy parts. Final report, October 1, 1995--February 15, 1998 [R] . 1998

机译：最终报告，1995年10月1日 - 1998年2月15日制备极细高温合金粉末和制造高温合金零件的方法。

Co-based Superalloy (Stellite 6) Powder with Added Nanoparticles to be Molten by PTA

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