Smart materials are leading the future of materials by virtue of their autonomous response
behavior to external stimuli; it is widely believed their development and application will bring …

Microwave-absorbing materials play a significant role in various applications that involve the
attenuation of electromagnetic radiation. This critical review article provides an overview of …

With the advancements in military detection technology, stealth materials that only operate in
a single frequency band are no longer efficient in dealing with detection weapon …

Progressive advancement in modern detection technologies entails multispectral compatible
camouflage. Previously, infrared camouflage materials, such as photonic crystals and …

The unique structural transition of VO2 between dielectric and metallic phases has
significant potential in optical and electrical applications ranging from volatile switches and …

With the continuous progress in optical sensor technologies, the emergence of imagery
detection systems operating in the infrared (IR) band has become a reality. In response, we …

Thermal radiation of materials can be manipulated for the necessary applications in thermal
management and infrared camouflage. To our knowledge, controlling surface emissivity is …

Vapor transport method has been successfully used to synthesize high quality VO2 thin films
on SiO2/Si substrate using V2O5 as a precursor in an inert-gas environment. The …

The development of an intelligent infrared camouflage material whose infrared emissivity
can actively adapt to environmental changes is a key frontier in the field of infrared stealth. In …

Thermal stealth and camouflage technologies have been developed to blend objects with
surroundings to counter infrared detection, and the emissivity modulation engineering for …