An efficient plasma beam applicator has been developed that utilizes countercurrent cooling techniques to operate at atmospheric pressure and at microwave powers in excess of 5 kW. The device has been operated continuously for tens of hours and shows no signs of degradation. Argon is used as the discharge gas and once initiated, the plasma is self-sustaining. The beam or jet of plasma is highly collimated with a beam diameter of 3 mm, is in excess of 250 mm in length, and has high heat capacity. It could potentially be used to melt industrial ceramics such as silica and alumina, but the immediate intended use is for sheet steel welding applications
Plasma technology is used in a wide field of applications for example for PECD-deposition, activatio...
In this paper, a construction microwave induced plasma jet(MIPJ) system was used to produce a non-th...
The main objective of the research was to enhance steel and aluminum manufacturing with the developm...
State of the art atmosphere plasma sources are operated with frequencies in kHz/MHz regions and all ...
AbstractIn this paper, we have designed and constructed the simple microwave plasma source (MPS) at ...
Microwave oven induced plasma method is a novel application of microwave oven to generate plasma for...
Activated plasma figuring using microwaves aims at providing highly efficient activated energy beams...
This thesis provides a solution for sustainable energy production. It applies the newest technologie...
DoctorIn this dissertation, researches on development of microwave air plasma devices are reported. ...
An atmospheric microwave plasma torch is developed using a DC magnetron at 2.45 GHz. We introduce a ...
Microwave activated plasma shows advantages on obtaining high-density coatings with advanced mechani...
The plasma spraying method is the most versatile coating technique for depositing high melting point...
ABSTRACT: Plasma arc torches are being applied today as unique heating tools in industrial processes...
Parmi les torches à plasma microonde, la torche à injection axiale (TIA) est utilisée depuis de nomb...
High efficiency electrodeless plasma at atmospheric pressure was generated using 2.45 GHz microwaves...
Plasma technology is used in a wide field of applications for example for PECD-deposition, activatio...
In this paper, a construction microwave induced plasma jet(MIPJ) system was used to produce a non-th...
The main objective of the research was to enhance steel and aluminum manufacturing with the developm...
State of the art atmosphere plasma sources are operated with frequencies in kHz/MHz regions and all ...
AbstractIn this paper, we have designed and constructed the simple microwave plasma source (MPS) at ...
Microwave oven induced plasma method is a novel application of microwave oven to generate plasma for...
Activated plasma figuring using microwaves aims at providing highly efficient activated energy beams...
This thesis provides a solution for sustainable energy production. It applies the newest technologie...
DoctorIn this dissertation, researches on development of microwave air plasma devices are reported. ...
An atmospheric microwave plasma torch is developed using a DC magnetron at 2.45 GHz. We introduce a ...
Microwave activated plasma shows advantages on obtaining high-density coatings with advanced mechani...
The plasma spraying method is the most versatile coating technique for depositing high melting point...
ABSTRACT: Plasma arc torches are being applied today as unique heating tools in industrial processes...
Parmi les torches à plasma microonde, la torche à injection axiale (TIA) est utilisée depuis de nomb...
High efficiency electrodeless plasma at atmospheric pressure was generated using 2.45 GHz microwaves...
Plasma technology is used in a wide field of applications for example for PECD-deposition, activatio...
In this paper, a construction microwave induced plasma jet(MIPJ) system was used to produce a non-th...
The main objective of the research was to enhance steel and aluminum manufacturing with the developm...