Combustion gases were monitored directly above the combustion process, where hazardous elements are still present in high concentrations. As an alternative, microwave induced plasmas produced by the TIA (from "Torche Injection Axiale") and the MPT (from "Microwave Plasma Torch") were evaluated and their analytical performances compared. Plasmas have a relatively high electron density and temperature and seem to have overcome the large sensitivity to water vapor, being characteristic for many other MIPs
Among other applications, microwave plasma sources at atmospheric pressure are used for the decompos...
A compact microwave plasma/combustion torch has been operated at atmospheric pressure in both plasma...
Microwave-induced plasma (MIP) is an innovative technology with potential application for waste trea...
Combustion gases were monitored directly above the combustion process, where hazardous elements are ...
Combustion gases were monitored directly above the combustion process, where hazardous elements are ...
Combustion gases were monitored directly above the combustion process, where hazardous elements are ...
The microwave torch named "torche a injection axiale" (TIA), i.e. torch with axial gas injection, wa...
The microwave torch named "torche a injection axiale" (TIA), i.e. torch with axial gas injection, wa...
The microwave torch named "torche a injection axiale" (TIA), i.e. torch with axial gas injection, wa...
The microwave torch named torche a injection axiale (TIA), i.e. torch with axial gas injection, wa...
International audienceThe present contribution will report on the development of a Microwave Plasma ...
A simple torch design for use with a microwave induced plasma (MIP) is described that can be interna...
The microwave plasma continuous emissions monitor (MP-CEM) utilizes atomic emis-sion spectroscopy to...
Plasmas when coupled to the oxidation process of various fuels have been shown to influence the proc...
Microwave induced plasma torches find wide applications in material and chemical analysis. Investiga...
Among other applications, microwave plasma sources at atmospheric pressure are used for the decompos...
A compact microwave plasma/combustion torch has been operated at atmospheric pressure in both plasma...
Microwave-induced plasma (MIP) is an innovative technology with potential application for waste trea...
Combustion gases were monitored directly above the combustion process, where hazardous elements are ...
Combustion gases were monitored directly above the combustion process, where hazardous elements are ...
Combustion gases were monitored directly above the combustion process, where hazardous elements are ...
The microwave torch named "torche a injection axiale" (TIA), i.e. torch with axial gas injection, wa...
The microwave torch named "torche a injection axiale" (TIA), i.e. torch with axial gas injection, wa...
The microwave torch named "torche a injection axiale" (TIA), i.e. torch with axial gas injection, wa...
The microwave torch named torche a injection axiale (TIA), i.e. torch with axial gas injection, wa...
International audienceThe present contribution will report on the development of a Microwave Plasma ...
A simple torch design for use with a microwave induced plasma (MIP) is described that can be interna...
The microwave plasma continuous emissions monitor (MP-CEM) utilizes atomic emis-sion spectroscopy to...
Plasmas when coupled to the oxidation process of various fuels have been shown to influence the proc...
Microwave induced plasma torches find wide applications in material and chemical analysis. Investiga...
Among other applications, microwave plasma sources at atmospheric pressure are used for the decompos...
A compact microwave plasma/combustion torch has been operated at atmospheric pressure in both plasma...
Microwave-induced plasma (MIP) is an innovative technology with potential application for waste trea...