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Electropolishing technique of Hastelloy C-276 alloy
by
Qiang Jia Yi Wang Hong-Li Suo Pan Wang Meng-Yuan Li Qian-Yu Huo
in
Atomic force microscopy
/ Biomaterials
/ C-276合金
/ Chemical polishing
/ Chemistry and Materials Science
/ Current density
/ Electropolishing
/ Electro‐chemical polishing
/ Energy
/ Hastelloy (trademark)
/ Hastelloy C‐276
/ Ion beam assisted deposition
/ Ion beams
/ Materials Engineering
/ Materials Science
/ Metallic Materials
/ Nanoscale Science and Technology
/ Nickel base alloys
/ Physical Chemistry
/ Process parameters
/ Scanning electron microscopy
/ Superalloys
/ Surface roughness
/ YBCO superconductors
/ 优化工艺参数
/ 光滑表面
/ 原子力显微镜
/ 扫描电子显微镜
/ 抛光技术
/ 电解
/ 表面粗糙度
2017
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Electropolishing technique of Hastelloy C-276 alloy
by
Qiang Jia Yi Wang Hong-Li Suo Pan Wang Meng-Yuan Li Qian-Yu Huo
in
Atomic force microscopy
/ Biomaterials
/ C-276合金
/ Chemical polishing
/ Chemistry and Materials Science
/ Current density
/ Electropolishing
/ Electro‐chemical polishing
/ Energy
/ Hastelloy (trademark)
/ Hastelloy C‐276
/ Ion beam assisted deposition
/ Ion beams
/ Materials Engineering
/ Materials Science
/ Metallic Materials
/ Nanoscale Science and Technology
/ Nickel base alloys
/ Physical Chemistry
/ Process parameters
/ Scanning electron microscopy
/ Superalloys
/ Surface roughness
/ YBCO superconductors
/ 优化工艺参数
/ 光滑表面
/ 原子力显微镜
/ 扫描电子显微镜
/ 抛光技术
/ 电解
/ 表面粗糙度
2017
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Electropolishing technique of Hastelloy C-276 alloy
by
Qiang Jia Yi Wang Hong-Li Suo Pan Wang Meng-Yuan Li Qian-Yu Huo
in
Atomic force microscopy
/ Biomaterials
/ C-276合金
/ Chemical polishing
/ Chemistry and Materials Science
/ Current density
/ Electropolishing
/ Electro‐chemical polishing
/ Energy
/ Hastelloy (trademark)
/ Hastelloy C‐276
/ Ion beam assisted deposition
/ Ion beams
/ Materials Engineering
/ Materials Science
/ Metallic Materials
/ Nanoscale Science and Technology
/ Nickel base alloys
/ Physical Chemistry
/ Process parameters
/ Scanning electron microscopy
/ Superalloys
/ Surface roughness
/ YBCO superconductors
/ 优化工艺参数
/ 光滑表面
/ 原子力显微镜
/ 扫描电子显微镜
/ 抛光技术
/ 电解
/ 表面粗糙度
2017
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Journal Article
Electropolishing technique of Hastelloy C-276 alloy
2017
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Overview
Preparing a highly textured,flawless YBa_(2-)Cu_3O_7(YBCO)layer by ion-beam-as sis ted deposition(IBAD)requires a substrate with a smooth surface.In this paper,smooth tapes of Hastelloy C-276,a common template alloy,were prepared by electrochemical polishing,and the surface roughness the tapes was investigating by atomic force microscopy and scanning electron microscopy.By analyzing these results,it was discussed how the processing parameters affect the surface roughness,and it is found the following optimized processing parameters:current density of 0.104 A·cm~(-2),temperature of 50℃,plate spacing of 9 cm and time of 150 s.With these optimized parameters,the substrate roughness decreases to less than 5 nm,meeting the requirements of IBAD.
Publisher
Nonferrous Metals Society of China,Springer Nature B.V
Subject
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