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The advantages of microwave reactors in chemistry have been exploited in many fields, but the proper reactor design still make a challenge. Areas where microwave technology is applied are drying, chemical decomposition, powder synthesis, sintering, and chemical process control. This article goes through the measurement and construction material’s problems, especially in chemical synthesis of various...
The finite element method has been used here to investigate the volumetric temperature distribution differences between conventional and microwave heating for a rotating batch reactor containing water-based solutions. It was shown that the temperature distribution is much narrower with microwave heating compared to conventional heating, leading to conditions favourable for process intensification,...
This chapter reviews the research on antibacterial functionalization of textiles with inorganic nanoparticles (Ag, MgO, Al2O3) by the sonochemical method. Sonochemistry is one of the most efficient techniques for the synthesis of nanosized materials, wherein ultrasonic waves in the frequency range of 20 kHz to 1 MHz serve as a driving force for chemical reactions. Sonochemical reactions are dependent...
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