This paper considers a prototype novel rotating reactor for microwave-assisted heating and chemistry. It consists of a coaxial waveguide with a dielectric hollow mixer turning around the length of the central conductor of this coaxial waveguide. A heating liquid flows in a narrow gap between the rotor and the outer conductor of the coaxial waveguide fed by microwaves. It is supposed that the acceleration of the conversation rate of chemical reactions is due to the excitation of Kolmogorov micro-vortices and the application of microwaves. This contribution studies theinitial results of microwave liquid heating, hydrodynamics, and mechanics in these reactors.

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 central glass channel is occupied by wire. The outer shield is made of copper foil. A liquid flows between the central glass tube and the shielded outer pipe, being pumped in and out through the shielded tubes. The reactors are excited through coaxial connectors. The developed devices show moderate loss and increased penetration depth needed for smooth heating of flowing liquids. The components are studied by measurements and simulations.

In this abstract, the principles of the development of the optimal computer- and robotic health-care systems are proposed and considered as a means to improve the health service of the aging population. The results of the implementation of a new created diagnosis system Anamnesis are analyzed and found prospective to use the modified processors for handling the predicated flow of information. It is proposed to develop a robotic system for healthcare including the cyber-physical systems for the rapid manufacturing of medicine on-demand using microwave-assisted reactors.

In this contribution, microwave-assisted heating of reference alcohols in miniature coaxial waveguide reactors is studied both experimentally and in simulations. The advantages and disadvantages of heating in coaxial reactors are considered, and the techniques of coaxial waveguide reactor improvements are proposed.