Loading...
Search for:
micro-flower
0.009 seconds
Tunable microwave absorption features in bi-layer absorber based on mesoporous CuS micro-particle with 3D hierarchical structure and nanosphere like NiCo2O4
, Article Ceramics International ; Volume 48, Issue 7 , 2022 , Pages 9146-9156 ; 02728842 (ISSN) ; Dai, F ; Mouldi, A ; Bouallegue, B ; Akhtar, M. N ; Sharif University of Technology
Elsevier Ltd
2022
Abstract
There has been a growing demand for materials with superior absorption capabilities, such as strong absorbing capacity, thin thickness, and light weight, to solve challenges related to EM radiation pollution. While the majority of the research is focused on optimizing material compositions, component microstructure and absorber structure are also critical factors for improving microwave absorption performance. In this research, we show how the microstructure of components and absorber design may increase dissipation features. Solvothermal and hydrothermal methods were utilized for synthesizing mesoporous CuS micro-particles with a 3D hierarchical structure as a dielectric component and...