Characterization of Iron Sand and Nickel Oxide on Crystal Structure as Microwave Absorbing Material

Characterization of Iron Sand and Nickel Oxide on Crystal Structure as Microwave Absorbing Material

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We have carried out a thorough investigation to scrutinize the characteristics of iron sand and nickel oxidizer, focusing on their crystal structure as microwave-absorbing materials.The study investigates the impact of these materials on microwave absorption characteristics and Wooden Kit the frequency range of the resulting waves.The solid-state reaction method is used in the research methodology.

The research findings indicate that the combination of iron sand and nickel oxide leads to the formation of a homogeneous substance.The X-ray diffraction Machines pattern data reveals the presence of two single-phase materials: iron sand, which consists of hematite, and nickel oxide.The iron sand and nickel oxide materials underwent characterization using EDS, revealing a composition that closely approximated stoichiometry.

A Vector Network Analyzer (VNA) test shows that the iron sand and barium hexaferrite mix may be able to effectively absorb electromagnetic waves at a radar frequency of 12 GHz, leading to a -24 decibels (dB) drop.