In this study, based on the pure mineral flotation test of barite, effect law microwave barite was investigated by using UV-visible spectrophotometer (L5), solution chemistry calculation and Zeta potential, scanning electron microscope (SEM), other testing methods; at same time, red kinetic analysis carried out to deeply explore mechanism C18H33NaO2 under radiation. Mineral tests show that deio...

is doing research in the areas of pulsed power and high power microwave technologies. Both, research and development of high power sources as well as related applications are in the focus. Applications for pulsed power technologies are ranging from material processing to bioelectrics. Microwave technologies are focusing on RF sources for electron cyclotron resonance heating and on applications ...

Abstract This article is devoted to the study of heating kinetics, temperature fields, as well determining laws non-stationary heat transfer processes during treatment melon fruits with IR rays. These studies, in turn, make it possible determine time desired under different radiation conditions, which a necessary condition for achieving positive effect infrared radiation. At same time, fields a...

Physical stability of synthetic skin samples during their exposure to microwave heating was investigated to demonstrate the use of the metal-assisted and microwave-accelerated decrystallization (MAMAD) technique for potential biomedical applications. In this regard, optical microscopy and temperature measurements were employed for the qualitative and quantitative assessment of damage to synthet...

Continuous flow microwave heating is a promising alternative to conventional heating for aseptic processing of low-acid vegetable purees. However, non-uniform temperature distribution and control of processing parameters are the major hurdles in the implementation of continuous flow microwave heating. This study was undertaken to overcome issues associated with the scale-up of a continuous flow...

The mechanical size reduction of solids is an energy intensive and highly inefficient process. Therefore, there is great incentive to improve the efficiency of size reduction and mineral separation processes. Over several decades, this has promoted significant amounts of research,unfortunately, this has only led to small, incremental improvements in efficiency. One area which has shown signific...

In this work, the investigation of wave absorption, phase formation, crystal structure and magnetic properties of SrFe12O19 hexa-ferrites nanoparticles that synthesized by co-precipitation using a microwave heating system and polyaniline-SrFe12O19 was carried out by using a combination of vector network analyser (VNA), X-ray diffraction (XRD), scanning electron microscopy (SEM), and Fourier tra...

Microwave heating has been shown to influence various inorganic chemical reactions. Substantial reductions in the synthesis time for materials have been reported (1). Additionally, product characteristics and quality of materials synthesized by microwave heating are different from those synthesized under conventional heating methods. The mechanism which results in microwave enhancement is not c...

This paper provides an overview of modern research on magnetoplasma methods influencing gas-dynamic and plasma flows. The main physical mechanisms that control the interaction discharges with gaseous moving media are indicated. ways organizing pulsed energy input, characteristic aerodynamics, briefly described: linearly stabilized discharge, compressor, capillary laser-microwave action, electro...