This covers a diverse range of microwave functional materials, including dielectric, magnetic, conductive, ferroelectric, piezoelectric, wave-absorbing, wave-transparent and multiferroic materials, in various forms such as films, ceramics, composites, two-dimensional (2D) materials, and textiles.
This covers the entire technical process from design and fabrication to microwave devices and metamaterials, targeting current and future practical microwave applications including antennas, sensors, absorbers, and packaging technologies.
This covers the novel techniques, optimization strategies, calculations, simulations, and modeling approaches for the characterization of materials and structures.
Novel technologies are targeted here, for example, cold sintering, room‑temperature fabrication, 3D printing, artificial‑intelligence‑assisted methodologies, higher frequency-terahertz (THz) and optical‑band related approaches, as well as other emerging fabrication and integration technologies for microwave devices.
