Jin You Zheng

Prof. Dr. Jin You Zheng

Zhengzhou University, Zhengzhou, Henan, China
orcid

Research Focus & Metrics

Academic Career Length

15Years (2012-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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16 October 2014 in Crystal Growth & Design
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Journal Article
Closed access
Jin You ZhengJin You Zheng
Jin You Zheng
GSGuang Song
Guang Song
JHJisang Hong
Jisang Hong
TVThanh Khue Van
Thanh Khue Van
APAmol Uttam Pawar
Amol Uttam Pawar
Youngsoo KangYoungsoo Kang
Youngsoo Kang

4 June 2015 in CrystEngComm
Verified
Journal Article
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Jin You ZhengJin You Zheng
Jin You Zheng
ZHZeeshan Haider
Zeeshan Haider
TVThanh Khue Van
Thanh Khue Van
APAmol Uttam Pawar
Amol Uttam Pawar
MKMyung Jong Kang
Myung Jong Kang
Youngsoo KangYoungsoo Kang
Youngsoo Kang
WO3crystals with {002} or {111} facets primarily exposed, WO3films with dominant orientations, doping and heterostructuring are highlighted.

9 November 2022 in Nanoscale
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Journal Article
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Jin You ZhengJin You Zheng
Jin You Zheng
QSQimeng Sun
Qimeng Sun
JCJiameizi Cui
Jiameizi Cui
XYXiaomei Yu
Xiaomei Yu
SLSongjie Li
Songjie Li
RMRenzhi Ma
Renzhi Ma
Typical preparation techniques and performance enhancement strategies for WO 3 -based electrochromic films are described in detail in this review.

24 May 2021 in Journal of Materials Chemistry A
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Journal Article
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JGJiajia Ge
Jiajia Ge
Jin You ZhengJin You Zheng
Jin You Zheng
Jiangwei ZhangJiangwei Zhang
Jiangwei Zhang
SJSuyu Jiang
Suyu Jiang
LZLili Zhang
Lili Zhang
RMRenzhi Ma
Renzhi Ma
Defect-rich Ni x Fe 1−x (OH) 2 nanosheets fabricated via an in situ oxidation process exhibit efficient overall water splitting under a small overpotential of ∼244 mV and a high solar-to-hydrogen conversion efficiency of ∼10.3%.

1 December 2021 in Journal of Energy Chemistry
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Journal Article
Closed access
WMWei Ma
Wei Ma
HWHao Wan
Hao Wan
LZLili Zhang
Lili Zhang
Jin You ZhengJin You Zheng
Jin You Zheng
ZZZhen Zhou
Zhen Zhou

23 April 2013 in Nanoscale
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Journal Article
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Jin You ZhengJin You Zheng
Jin You Zheng
GSGuang Song
Guang Song
CKChang Woo Kim
Chang Woo Kim
Youngsoo KangYoungsoo Kang
Youngsoo Kang
(001)-oriented monoclinic nanorod and microplate WO3 films are fabricated on commercial FTO-coated glass substrates by a rubbing seed layer and a spin-coating seed layer assisted by hydrothermal reactions. The nanorod film obtained by the rubbing seed layer assisted by hydrothermal reactions is more regular and perpendicular to the substrate.