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Design of ferrite–graphene-based thin broadband radar wave absorber for stealth application
Currently, a wide range of materials are used for radar wave absorption. But it is still a very
challenging task to develop a thin radar wave absorber that operates for a wide range of …
challenging task to develop a thin radar wave absorber that operates for a wide range of …
Development of thin broad band radar absorbing materials using nanostructured spinel ferrites
Stealth applications now emphasise on development of efficient Radar Absorbing Materials
of light weight, less coating thickness, broad bandwidth of absorption along with cost …
of light weight, less coating thickness, broad bandwidth of absorption along with cost …
A cost effective solution for development of broadband radar absorbing material using electronic waste
Electronic-waste items like disassembled mobile and computer printed circuit boards (PCBs)
have been processed in a high energy planetary ball-mill for 10 h, to investigate the …
have been processed in a high energy planetary ball-mill for 10 h, to investigate the …
Microwave absorption properties of FSS-impacted composites as a broadband microwave absorber
The development of a cost-effective microwave absorber with wide bandwidth
corresponding to reflection loss (RL)≤− 10 dB is still a very challenging task. A sugarcane …
corresponding to reflection loss (RL)≤− 10 dB is still a very challenging task. A sugarcane …
Microwave absorption properties of polypyrrole-SrFe12O19-TiO2-epoxy resin nanocomposites: optimization using response surface methodology
At a few works are discussed about formation of heterogeneous composites with different
distribution of particle shape and size that are used for electromagnetic absorption …
distribution of particle shape and size that are used for electromagnetic absorption …
Investigation on the effect of Fe impurity pickups during ball milling and Ni dispersion on the microwave absorption performance of ball milled Fe impurities-Ni/SiC …
The development of microwave absorbers to mitigate the problem of electromagnetic
pollution has become a necessity in today's electronic era owing to the rapid growth in the …
pollution has become a necessity in today's electronic era owing to the rapid growth in the …
An efficient use of waste material for development of cost-effective broadband radar wave absorber
Very few literatures are available on the utilization of natural waste composite materials for
radar wave absorption. The main objective of this paper was to achieve good absorption …
radar wave absorption. The main objective of this paper was to achieve good absorption …
Design of light weight multi-layered coating of zinc oxide–iron–graphite nano-composites for ultra-wide Bandwidth microwave absorption
The present study focused on the formulation of suitable material combination for good
microwave absorption with ultra-wide Bandwidth at minimum coating thickness. For this …
microwave absorption with ultra-wide Bandwidth at minimum coating thickness. For this …
Effect of particle size on radar wave absorption of fractal frequency selective surface loaded multilayered structures
A thin broadband multilayer absorber loaded with fractal frequency selective surface (FSS)
by employing micron (80-90 μm) and nano (20-30 nm) sized Ti based Fe 3 O 4 …
by employing micron (80-90 μm) and nano (20-30 nm) sized Ti based Fe 3 O 4 …
Electromagnetic wave absorption properties of conducting polymer-spinel ferrite composites
Electromagnetic interference (EMI) is an undesirable and uncontrolled off-shoot of
tremendous growth of electronics and widespread use of transient power sources. A novel …
tremendous growth of electronics and widespread use of transient power sources. A novel …