This paper reviews the basic physical notions underlying microwave sintering and the
theoretical and numerical models of the microwave sintering process. The propagation and …

Fruit waste has significant valorization potential as a source of pectin for use in numerous
applications. The initial objective was to determine the optimal parameters of conventional …

Nonoxidative propane dehydrogenation (PDH) produces on-site propylene for value-added
chemicals. While commercial, its modest selectivity and catalyst deactivation hamper the …

Microwave irradiation has gained widespread popularity in coal processing. However, the
effects of microwave parameters and coal properties on the heating behavior remain much …

Various transparent ceramics have been fabricated by different processing techniques.
Previously, it was accepted that, to be transparent ceramics, materials should have an …

The utilization of microwave hybrid heating as an emerging technique in the field of low-
temperature joining presents a notable benefit of delivering both selective and rapid heating …

A series of ruthenium-doped strontium titanate (SrTiO 3) perovskite catalysts were
synthesized by conventional and microwave-assisted hydrothermal methods. The structure …

Microwave radiation can be used to pre-damage hard rock to reduce the cost of drilling and
excavation typically required in tunneling, mining, and deep Earth energy recovery. A 3D …

This paper focuses on the influence of various design parameters on microwave heating
performance by coupling of the electromagnetic and the heat transfer equations by …

Microwave-assisted reaction is a recent trend due to its high reaction rate, yields and
selectivity compared with conventional reaction. The temperature non-uniformity and low …