Synthesis of the Titanium Oxides Using a New Microwave Discharge Method.

This research highlights the different behaviors of titanium (Ti) wires under the action of 500 W and 800 W microwave power levels. Following the interaction between microwaves and a titanium wire placed in the node of the (TM-transverse magnetic mode) waveguide in air at atmospheric pressure, plasma was generated. Using optical emission spectroscopy technique it was observed that during plasma generation at 500 W and 800 W microwaves powers, metallic ions, and gas ions were created, and the plasmas fulfilled the local thermodynamic equilibrium (LTE) conditions.

The Assessment of Carbon Dioxide Dissociation Using a Single-Mode Microwave Plasma Generator.

This paper focuses on the dissociation of carbon dioxide (CO) following the absorption processes of microwave radiation by noncontact metal wire (tungsten). Using a microwave plasma generator (MPG) with a single-mode cavity, we conducted an interaction of microwaves with a noncontact electrode in a CO atmosphere. High energy levels of electromagnetic radiation are generated in the focal point of the MPG's cylindrical cavity.