Author Page for Hongsen Xie

Room-temperature gas sensor materials prepared by oxidizing WS₂ to WO₃ exhibit P-N type conversion gas-sensing characteristics under varying humidity conditions

Number of pages: 34 Posted: 12 Dec 2025

Haoyun Zhao, Jiahui Xu, Jiayi Qu, Yujun Guo, Xiaoning Wang, Hongsen Xie, Davoud Dastan, Xingtai Chen, Xi-Tao Yin and Xiao-Guang Ma

Ludong University, Ludong University, Ludong University, Ludong University, Ludong University, Ludong University, Georgia Institute of Technology, Northeastern University (USA), Ludong University and Ludong University

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Abstract:

2.

The first pure WO₃ material room-temperature gas sensor exhibits ”P-N type conversion” gas sensing performance under varying humidity conditions

Number of pages: 34 Posted: 06 Mar 2026

Haoyun Zhao, Jiahui Xu, Hongsen Xie, Yongsheng Gao, Davoud Dastan, Xingtai Chen, Xi-Tao Yin and Xiao-Guang Ma

Ludong University, Ludong University, Ludong University, Ludong University, Georgia Institute of Technology, Northeastern University (USA), Ludong University and Ludong University

Downloads 19 (1,470,786)

Abstract:

3.

Marked Enhancement in Response and Humidity Tolerance of Triethylamine Sensors via Pr-Doped MoO3

Number of pages: 36 Posted: 09 Feb 2026

Haoyun Zhao, Jiahui Xu, Hongsen Xie, Shasha Li, Xiaoning Wang, Feifei Wang, Davoud Dastan, Xingtai Chen, Xi-Tao Yin, Xiao-Ming Tan and Xiao-Guang Ma

Ludong University, Ludong University, Ludong University, Ludong University, Ludong University, Ludong University, Georgia Institute of Technology, Northeastern University (USA), Ludong University, Ludong University and Ludong University

Downloads 6 (1,575,921)

Hongsen Xie

Ludong University

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Scholarly Papers (3)

Room-temperature gas sensor materials prepared by oxidizing WS₂ to WO₃ exhibit P-N type conversion gas-sensing characteristics under varying humidity conditions

Abstract:

The first pure WO₃ material room-temperature gas sensor exhibits ”P-N type conversion” gas sensing performance under varying humidity conditions

Abstract:

Marked Enhancement in Response and Humidity Tolerance of Triethylamine Sensors via Pr-Doped MoO3

Abstract: