In this work, a new application of coaxial waveguides for microwave heating of individual
liquid substances and reaction mixtures is considered. The studied reactor is a small hollow …

Role of shapes involving smooth surface (circle) and edges (square and triangular-types 1
and 2) for dielectric materials with identical cross section has been investigated for …

In this study, a novel microwave reactor with coaxial probe embedded for nanoparticle
synthesis was designed and analyzed by numerical simulation method. Numerical model …

In this paper the heating of a liquid sample in a cylindrical container subject to radial
microwave irradiation is studied numerically and experimentally. Two different solvents are …

ABSTRACT A novel analytical pseudo-nonadiabatic approach to dynamics of rotating
dipolar molecules in high-gradient microwave electric fields and applications for …

Microwave-assisted heating in a novel thin film-liquid spinning coaxial reactor Page 1 AIMS
Electronics and Electrical Engineering, 8(4): 478‒497. DOI: 10.3934/electreng.2024023 …

Microwave (MW) irradiation is recognized as an effective tool in industries related to
pharmaceuticals, chemistry, nanoparticle synthesis, food, etc. In the hardware field, some …

In this paper, the electron transfer reactions in the microwave field are studied. A classical
theory is developed for a mix of reagents and polar frequency-dispersive and lossy solvent …

This short communication considers the results of developing novel glass-metal coaxial
waveguide reactors. They are designed on the base of the Liebig condenser, where the …

In this contribution, microwave-assisted heating of reference alcohols in miniature coaxial
waveguide reactors is studied both experimentally and in simulations. The advantages and …