Работы, цитирующие эту работу

Работ: 13

Работа: A new multicomponent material based on carbonyl iron/carbon nanofiber/lanthanum–strontium–manganite as microwave absorbers in the range of 8–12 GHz

Design and Fabrication of Flexible double layer Magneto-dielectric nanocomposite for electromagnetic and infrared wave stealth application
Yunhe Zou, Xudong Liu, Ali Hassan +5
СтатьяElectromagnetic wave absorption materialsCeramics International2024Цитирований: 2
ABI
Facile construction of wide-band electromagnetic wave absorber based on honeycomb-like PU foam embedded with GO-rGO/SmCo5 nanocomposite for stealth application of drone
Ze Li, Ibrahim Mahariq, Yasser Fouad +2
СтатьяElectromagnetic wave absorption materialsVacuum2024Цитирований: 1
ABI
Electromagnetic shielding, absorption and physicochemical evaluations of Fe3N @ C nanocomposite decorated with Poly(DCBP-co-BT) for absorption application in 8-12 GHz
Sagr Alamri, Hasan Mulki, Nizomiddin Juraev +2
СтатьяElectromagnetic wave absorption materialsMaterials Today Communications2024Цитирований: 1
ABI
Mechanical and electromagnetic wave dissipation features of bilayer absorber filled with hierarchical porous CoNi magnetic alloy and BiVO4/VOOH nanocomposite
Jian Huang, Chunfeng Li, Yasser Fouad +3
СтатьяElectromagnetic wave absorption materialsVacuum2024Цитирований: 0
ABI
Facile fabrication of bilayer electromagnetic wave absorber via hierarchical Mo2C/La0.6Sr0.4MnO3 nanocomposite with multi-heterointerfaces for efficient low-frequency absorption
Jian Huang, Ibrahim Mahariq, S. Mohan Kumar +4
СтатьяElectromagnetic wave absorption materialsColloids and Surfaces A Physicochemical and Engineering Aspects2024Цитирований: 0
ABI
Facile and rapid synthesis method of dielectric nanocomposite for simultaneous enhancement of electromagnetic wave absorbing/shielding characteristics
Yunhe Zou, Shudong Li, Ali Hassan +4
СтатьяElectromagnetic wave absorption materialsColloids and Surfaces A Physicochemical and Engineering Aspects2024Цитирований: 0
ABI
Gradient Bi-layer coating for reducing energy consumption and improving electromagnetic wave dissipation: Elucidating the role of interfaces and interfacial polarization
Xudong Liu, Yunhe Zou, Nizomiddin Juraev +3
СтатьяElectromagnetic wave absorption materialsSurfaces and Interfaces2024Цитирований: 0
ABI
Structural, optical and reflection loss features of biomass-derived 2D porous carbon nanosheets in ultrathin bilayer configuration integrated with g-C3N4/LiFe5O8 nanocomposite for stealth applications of drone
Hongliang Wang, Sagr Alamri, Shoira Formanova +1
СтатьяCarbon and Quantum Dots ApplicationsCeramics International2025Цитирований: 0
ABI
Bandgap modulation in 3D porous graphene based ternary nanocomposite to improve reflection loss feature for stealth application of drone
Ze Li, Yasser Fouad, Shirin Shomurotova +1
СтатьяElectromagnetic wave absorption materialsCeramics International2025Цитирований: 0
ABI
Construction of Mott-Schottky heterointerface in binary Europium orthoferrite/biomass-derived carbon micro-fiber nanocomposite for enhanced microwave absorption properties
Jiabao Wu, Jingdong Zhang, Yujia He +3
СтатьяElectromagnetic wave absorption materialsVacuum2025Цитирований: 0
ABI
The new perspective on development of highly efficient hybrid bilayer absorber with 3D porous DyFeO3 ceramic and biomass-derived carbon nanocomposite
Yujia He, Jingdong Zhang, Yunhe Zou +2
СтатьяElectromagnetic wave absorption materialsJournal of Alloys and Compounds2025Цитирований: 0
ABI
Bandgap-engineered EuFeO₃/AlN heterointerface ceramics with integrated optical, electromagnetic, and thermal stability for hydrogen-compatible environments
Jinguo Zhao, Ning Zhang, Mohamad Reda A. Refaai +2
СтатьяElectromagnetic wave absorption materialsJournal of Alloys and Compounds2026Цитирований: 0
ABI
Hierarchically structured Ta4HfC5/NiFe2O4 composites with in-situ interfaces for high microwave attenuation and durable thermal management
Yunhe Zou, Jingdong Zhang, Yujia He +2
СтатьяElectromagnetic wave absorption materialsCeramics International2026Цитирований: 0
ABI