This paper outlines some of the steps involved in the development by the United Kingdom Atomic Energy Authority (UKAEA) of a catalytic device for the recombination of carbon monoxide and oxygen in a CO2 laser system. It contrasts the differences between CO oxidation for air purification and for laser environmental control, but indicates that there are similarities between the physical specifications. The principal features of catalytic devices are outlined and some experimental work described. This includes measurements concerning the structure and mechanical properties of the artifact, the preparation of the catalyst coating and its interaction with the gaseous environment. The paper concludes with some speculation about the method by whic...
Uncertainties in surface catalytic reaction rates in a CO2 plasma have led to overdesign of thermal ...
Catalytic coil to oxidize carbon monoxide, hydrogen, and methane present as impurities in ai
Four different catalysts have been developed specifically for use in sealed carbon dioxide lasers. T...
How a chemical reaction engineer would approach the challenge of designing a CO oxidation catalyst f...
Samples of 1% Pt/SnO2 catalyst were exposed to a stoichiometric gas mixture of 1% CO and 1.2% O2 in ...
Pulsed carbon dioxide (CO2) lasers have many applications in aeronautics, space research, weather mo...
Results from research on catalytic recombination of CO-O2 for stable closed-cycle operation of CO2 l...
Oxidation catalysts which operate at ambient temperature were developed for the recombination of car...
Long-life, closed-cycle operation of pulsed CO2 lasers requires catalytic CO-O2 recombination both t...
The general subject area of the project involved the development of solid catalysts that have high a...
Ozone formation in vacuum ultraviolet photolysis of carbon dioxide in closed syste
One of the important qualities of the Low-Temperature Catalyst (LTC) is the rapid oxidation of carbo...
Closed-cycle CO2 laser testing with and without a catalyst and with and without CO addition indicate...
Modifications of tin oxide/precious metal catalysts described for use in CO2 lasers have also been d...
Low-temperature CO-oxidation catalysts are necessary for closed-cycle pulsed CO2 lasers as well as f...
Uncertainties in surface catalytic reaction rates in a CO2 plasma have led to overdesign of thermal ...
Catalytic coil to oxidize carbon monoxide, hydrogen, and methane present as impurities in ai
Four different catalysts have been developed specifically for use in sealed carbon dioxide lasers. T...
How a chemical reaction engineer would approach the challenge of designing a CO oxidation catalyst f...
Samples of 1% Pt/SnO2 catalyst were exposed to a stoichiometric gas mixture of 1% CO and 1.2% O2 in ...
Pulsed carbon dioxide (CO2) lasers have many applications in aeronautics, space research, weather mo...
Results from research on catalytic recombination of CO-O2 for stable closed-cycle operation of CO2 l...
Oxidation catalysts which operate at ambient temperature were developed for the recombination of car...
Long-life, closed-cycle operation of pulsed CO2 lasers requires catalytic CO-O2 recombination both t...
The general subject area of the project involved the development of solid catalysts that have high a...
Ozone formation in vacuum ultraviolet photolysis of carbon dioxide in closed syste
One of the important qualities of the Low-Temperature Catalyst (LTC) is the rapid oxidation of carbo...
Closed-cycle CO2 laser testing with and without a catalyst and with and without CO addition indicate...
Modifications of tin oxide/precious metal catalysts described for use in CO2 lasers have also been d...
Low-temperature CO-oxidation catalysts are necessary for closed-cycle pulsed CO2 lasers as well as f...
Uncertainties in surface catalytic reaction rates in a CO2 plasma have led to overdesign of thermal ...
Catalytic coil to oxidize carbon monoxide, hydrogen, and methane present as impurities in ai
Four different catalysts have been developed specifically for use in sealed carbon dioxide lasers. T...