Planned improvements in an electric discharge heated atomic oxygen beam source are described which will provide 6 to 7 kms(-1) beams of atomic oxygen with a flux of 10(16) cm(-2) s(-1) at 50 cm distance from the source aperture. A major advance will be the use of a zone of silence nozzle-skimmer arrangement which is necessitated by the need for high source flux and performance. It is anticipated that a Phase 2 program would provide for the fabrication of a two stage vacuum system which would be suitable for bolting on to a UHV (ultrahigh vacuum) surface study apparatus
A facility for the investigation of the interactions of energetic atomic oxygen with solids is descr...
A device for the production of low energy (3 to 10 eV) neutral atomic beams for surface modification...
The growth of many epitaxial thin-film oxides is significantly enhanced with the use of an oxidizing...
Flight hardware fabrication, the design and fabrication of an atom beam source, construction of a su...
The development of a compact, ultrahigh vacuum (UHV) compatible instrument for generating a flux of ...
A pulsed high flux source of nearly monoenergetic atomic oxygen was designed, built, and successfull...
A hyper-thermal orbital aerodynamics test facility is described. The Rarefied Orbital Aerodynamics R...
SIGLEAvailable from British Library Document Supply Centre- DSC:DX94691 / BLDSC - British Library Do...
Atomic oxygen (AO) present in the atmosphere at orbital altitudes of 200 to 700 km has been shown to...
A source of swift oxygen atoms is described which has several unique features. A high current ion be...
An atomic oxygen beam system has been designed and tested for the laboratory evaluation of mass spec...
The likely role of atmospheric atomic oxygen in the recession of spacecraft surfaces and in the shut...
A technique for the generation of fast atomic oxygen was developed. These atoms are created by ion b...
The NASA Lewis Research Center has developed and filed for a patent on a method to produce atomic ox...
A method for producing an atomic oxygen beam is provided by the present invention. First, a material...
A facility for the investigation of the interactions of energetic atomic oxygen with solids is descr...
A device for the production of low energy (3 to 10 eV) neutral atomic beams for surface modification...
The growth of many epitaxial thin-film oxides is significantly enhanced with the use of an oxidizing...
Flight hardware fabrication, the design and fabrication of an atom beam source, construction of a su...
The development of a compact, ultrahigh vacuum (UHV) compatible instrument for generating a flux of ...
A pulsed high flux source of nearly monoenergetic atomic oxygen was designed, built, and successfull...
A hyper-thermal orbital aerodynamics test facility is described. The Rarefied Orbital Aerodynamics R...
SIGLEAvailable from British Library Document Supply Centre- DSC:DX94691 / BLDSC - British Library Do...
Atomic oxygen (AO) present in the atmosphere at orbital altitudes of 200 to 700 km has been shown to...
A source of swift oxygen atoms is described which has several unique features. A high current ion be...
An atomic oxygen beam system has been designed and tested for the laboratory evaluation of mass spec...
The likely role of atmospheric atomic oxygen in the recession of spacecraft surfaces and in the shut...
A technique for the generation of fast atomic oxygen was developed. These atoms are created by ion b...
The NASA Lewis Research Center has developed and filed for a patent on a method to produce atomic ox...
A method for producing an atomic oxygen beam is provided by the present invention. First, a material...
A facility for the investigation of the interactions of energetic atomic oxygen with solids is descr...
A device for the production of low energy (3 to 10 eV) neutral atomic beams for surface modification...
The growth of many epitaxial thin-film oxides is significantly enhanced with the use of an oxidizing...