Diamond has some of the most extreme mechanical, physical and chemical properties of all
materials. Within the last 50years, a wide variety of manufacturing methods have been …

Some aspects of the numerical modelling of diamond deposition plasmas generated using
microwave cavity systems are discussed. The paper mainly focuses on those models that …

Numerical simulations were performed to predict the performance of microwave plasma
reactors with various reactor geometries. The simulations include the calculation of the …

Microwave excited plasma discharges are created a number of ways using waveguide,
surface wave, and resonant cavity type applicators. In each of these applicators, the …

A computer program has been developed for the design and optimization of microwave
plasma reactors used for the chemical vapour deposition (CVD) of diamond. The computer …

The aim of this work is to build a numerical model of hydrogen plasma inside a microwave
plasma chemical vapor deposition system. This model will help in understanding and …

Titanium and their alloys are biocompatible, corrosion resistant, good machinability, better
fatigue strength and relatively low modulus of elasticity. Due to these desirable properties …

During the past ten years electron cyclotron resonance (ECR) plasma-processing
technology has matured into a diverse assortment of ECR plasma reactor and plasma …

We report a novel microwave plasma-assisted combustion (PAC) system that is developed
as a new test platform to study roles of plasma in PAC. The system included two major …

A model of microwave plasma chemical vapor deposition for the growth of diamond crystals
has been developed. The model focuses on the characteristics of bulk plasma, while atomic …