Add to ORKGA method for the reactivation of a tin oxide-containing catalyst of a CO.sub.2 laser is provided. First, the catalyst is pretreated by a standard procedure. When the catalyst experiences diminished activity during usage, the heated zone surrounding the catalyst is raised to a temperature which is the operating temperature of the laser and 400.degree. C. for approximately one hour. The catalyst is exposed to the same laser gas mixture during this period. The temperature of the heated zone is then lowered to the operating temperature of the CO.sub.2 laser
Four different catalysts have been developed specifically for use in sealed carbon dioxide lasers. T...
The Laser Atmospheric Wind Sounder (LAWS) Program has as one of its goals the development of a satel...
Samples of 1% Pt/SnO2 catalyst were exposed to a stoichiometric gas mixture of 1% CO and 1.2% O2 in ...
CO oxidation catalysts with high activity at 25 to 100 C are important for long life, closed cycle o...
The invention described herein involves a novel approach to the production of oxidation/reduction ca...
Oxidation catalysts which operate at ambient temperature were developed for the recombination of car...
A commercial platinized tin oxide catalyst used for low-temperature CO oxidation has been characteri...
Noble-metal/tin-oxide based catalysts such as Pt/SnO2 have been shown to be good catalysts for the e...
This paper outlines some of the steps involved in the development by the United Kingdom Atomic Energ...
This invention relates generally to a platinized tin oxide-based catalyst. It relates particularly t...
Oxidation of CO to CO2 is an important reaction technologically and environmentally and a complex an...
Long-life, closed-cycle operation of pulsed CO2 lasers requires catalytic CO-O2 recombination both t...
How a chemical reaction engineer would approach the challenge of designing a CO oxidation catalyst f...
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...
Four different catalysts have been developed specifically for use in sealed carbon dioxide lasers. T...
The Laser Atmospheric Wind Sounder (LAWS) Program has as one of its goals the development of a satel...
Samples of 1% Pt/SnO2 catalyst were exposed to a stoichiometric gas mixture of 1% CO and 1.2% O2 in ...
CO oxidation catalysts with high activity at 25 to 100 C are important for long life, closed cycle o...
The invention described herein involves a novel approach to the production of oxidation/reduction ca...
Oxidation catalysts which operate at ambient temperature were developed for the recombination of car...
A commercial platinized tin oxide catalyst used for low-temperature CO oxidation has been characteri...
Noble-metal/tin-oxide based catalysts such as Pt/SnO2 have been shown to be good catalysts for the e...
This paper outlines some of the steps involved in the development by the United Kingdom Atomic Energ...
This invention relates generally to a platinized tin oxide-based catalyst. It relates particularly t...
Oxidation of CO to CO2 is an important reaction technologically and environmentally and a complex an...
Long-life, closed-cycle operation of pulsed CO2 lasers requires catalytic CO-O2 recombination both t...
How a chemical reaction engineer would approach the challenge of designing a CO oxidation catalyst f...
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...
Four different catalysts have been developed specifically for use in sealed carbon dioxide lasers. T...
The Laser Atmospheric Wind Sounder (LAWS) Program has as one of its goals the development of a satel...
Samples of 1% Pt/SnO2 catalyst were exposed to a stoichiometric gas mixture of 1% CO and 1.2% O2 in ...