Additive manufacturing through material extrusion, often termed three-dimensional (3D)
printing, is a burgeoning method for manufacturing thermoplastic components. However, a …

This work reviews the interactions between microwaves and energetic materials, including
propellants, explosives, and pyrotechnics. Special attention is paid to recent advancements …

Although electromagnetic stimulation promises safe and controlled ignition of energetic
materials, ultraviolet (UV) to infrared (IR) wavelength sources experience significant photon …

This effort explores the microwave-supported plasma enhancement of an aluminized,
ammonium perchlorate composite solid propellant flame. The technique is enabled through …

The present study proposes a novel strategy for preparation of refractory materials from
potentially hazardous ferronickel slag by microwave sintering of the slag with addition of …

Microwave (MW) regeneration can be an effective alternative to conventional adsorbent
regeneration methods; however, regeneration of MW-transparent adsorbents can be …

Creating next-generation pyrotechnic emitters capable of dynamically controllable light
output requires a paradigm shift away from emission control via formulation. This work …

Continuum percolation in particle systems underlies a wide spectrum of material properties.
Previous studies on the percolation phenomena of 2D particle systems focused on the …

This study demonstrates the use of a receiving antenna within a material to transmit
microwave energy resulting in dielectric heating and ignition in a direct writing process. The …

Packaging plays a crucial role in microwave processing of foods. However, the
characteristics of frozen food and the resonance package are not well understood and …