Abstract
The concept of multilayers and filler content has been utilized as an effective technique to acquire excellent microwave absorption performance. MoS2@MXene nanocomposites have been successfully synthesized after exfoliation of the MXene and MoS2 particles were embedded on its surface. MoS2@MXene achieved the minimum Reflection Loss (RL) of −51 dB with 30% ratio in wax. The involved mechanisms are discussed in detail including the synergetic effect between MXene and MoS2 particles which improved the dielectric loss of the MoS2@MXene composites as a result of multiple reflections in the layered structure of MXene, abundant functional groups on the MXene surface and positive effect of the increase in surface area. Moreover, the radar cross-section reduction performance has also been confirmed by using simulation technology. The obtained MoS2@MXene composite proved as an excellent microwave absorbing material for future applications.
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