Author Page for Hengliang Liang

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Engineerable 3D@1D FeSi@SiC Composites with Superior High-Temperature-Resistant Low-Frequency Electromagnetic wave Absorption

Downloads 52 (1,052,702)

Engineerable 3D@1D FeSi@SiC Composites with Superior High-Temperature-Resistant Low-Frequency Electromagnetic wave Absorption

Number of pages: 27 Posted: 01 Dec 2025

Shoufeng Xue, Huixiang Wang, Yingfen Wang, Hengliang Liang, Wanxi Li and Baoliang Lv

Shanxi Normal University, Shanxi Normal University, affiliation not provided to SSRN, affiliation not provided to SSRN, Jinzhong University and Shanxi Normal University

Downloads 34 (1,296,409)

Abstract:

Engineerable 3D@1D FeSi@SiC Composites with Superior High-Temperature-Resistant Low-Frequency Electromagnetic wave Absorption

Number of pages: 27 Posted: 01 Dec 2025

Shoufeng Xue, Huixiang Wang, Yingfen Wang, Hengliang Liang, Wanxi Li and Baoliang Lv

Shanxi Normal University, Shanxi Normal University, affiliation not provided to SSRN, affiliation not provided to SSRN, Jinzhong University and Shanxi Normal University

Downloads 18 (1,537,408)

Abstract:

In Situ Synthesis of Fesi/Sic as a High Temperature Resistant Microwave Absorbing Material

Number of pages: 31 Posted: 21 Jan 2025

Shoufeng Xue, Huixiang Wang, weiyi wang, Wanxi Li, Jianghong Wu, Yingfen Wang, Hengliang Liang, Xili Tong and Baoliang Lv

Shanxi Normal University, Shanxi Normal University, Shanxi Normal University, Jinzhong University, affiliation not provided to SSRN, affiliation not provided to SSRN, affiliation not provided to SSRN, affiliation not provided to SSRN and Shanxi Normal University

Downloads 31 (1,318,317)

Hengliang Liang

affiliation not provided to SSRN

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Scholarly Papers (2)

Engineerable 3D@1D FeSi@SiC Composites with Superior High-Temperature-Resistant Low-Frequency Electromagnetic wave Absorption

Engineerable 3D@1D FeSi@SiC Composites with Superior High-Temperature-Resistant Low-Frequency Electromagnetic wave Absorption

Abstract:

Engineerable 3D@1D FeSi@SiC Composites with Superior High-Temperature-Resistant Low-Frequency Electromagnetic wave Absorption

Abstract:

In Situ Synthesis of Fesi/Sic as a High Temperature Resistant Microwave Absorbing Material

Abstract: