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Dr. Danqing Yi
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Representative Publications
View All Publications9 December 2019 in Journal of Materials Science
Journal Article
YGYuMing Guo
YuMing GuoDYDanqing Yi
Danqing YiHLHuiQun Liu
HuiQun Liu
BWBin Wang
Bin Wang
BJBo Jiang
Bo Jiang
HWHaiSheng Wang
HaiSheng Wang
1 June 2019 in Journal of Alloys and Compounds
Journal Article
ZHZhan Hu
Zhan Hu
XZXiyi Zhou
Xiyi ZhouXNXi-An Nie
Xi-An Nie
SZSiyu Zhao
Siyu Zhao
Huiqun LiuXZX.Y. Zhang
X.Y. Zhang +1
1 June 2016 in Materials Science and Engineering: C
Journal Article
RYRuowei Yi
Ruowei Yi
Huiqun LiuDYDanqing Yi
Danqing YiWWWeifeng Wan
Weifeng Wan
BWBin Wang
Bin Wang
QTQian Tang
Qian Tang
+5
1 August 2016 in Materials & Design
Journal Article
FSFanghua Shen
Fanghua ShenBWBin Wang
Bin WangDYDanqing Yi
Danqing YiHLHuiqun Liu
Huiqun LiuCTCong Tang
Cong Tang
WSWenbin Shou
Wenbin Shou
22 November 2014 in Journal of Materials Science
Journal Article
CXCanhui Xu
Canhui Xu
Yong JiangDYDanqing Yi
Danqing YiHZHaibin Zhang
Haibin Zhang
SPShuming Peng
Shuming Peng
JLJianhua Liang
Jianhua Liang
2 October 2019 in Heat Treatment and Surface Engineering
Journal Article
LWLe Wang
Le Wang
CFChun Feng
Chun FengHuiqun LiuDYDanqing Yi
Danqing YiLJLong Jiang
Long Jiang
YFYaorong Feng
Yaorong Feng
The corrosion behaviors of CP Ti, Ti-Ru, Ti-6Al-4V-Ru (Ti-64-Ru) and Ti-5Al-5Mo-5V-1Cr-1Fe-Ru (Ti-55511-Ru) in HCl solution were investigated using open circuit potential, polarization curves, mass loss measurement and X-ray photoelectron spectroscopy. The corrosion current density of Ti-64-Ru was 5 times higher than that of Ti-55511-Ru. While the passive current density of Ti-55511-Ru was higher than that of Ti-64-Ru and a higher corrosion rate was observed in Ti-55511-Ru. Iron oxide was not detected on the Ti-55511-Ru surface. Ru increased the thickness of the passivation film of Ti from ∼49 to ∼208 nm and made it more stable. The effective role of Ru on improving the corrosion resistance of Ti alloys was revealed through direct experimental evidence.
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