Photon scattering by argon in the vacuum ultraviolet
Photon scattering by Ar in vacuum UV measured for cross sections
Cairns, R. B.↗
Engineering topics
Cairns, R. B.
Publications and source records attributed to Cairns, R. B..
Photoelectron spectroscopy of the rare gases.
Ne, Ar, Kr and Xe photoionization cross sections determined by measuring ejected electron kinetic energies with spherical retarding potential analyzer
Cairns, R. B.↗
Studies of photoabsorption by atomic hydrogen, oxygen, and nitrogen
Quantitative measurement of atomic photoionization cross sections of atomic hydrogen, oxygen, and nitrogen
Cairns, R. B.↗
Metal photocathodes as secondary standards for absolute intensity measurements in the vacuum ultraviolet.
Metal photocathodes as secondary standards for absolute intensity measurements in vacuum UV
VACUUM ULTRAVIOLET↗
Photoelectric yields of metals in the vacuum ultraviolet Final report
Photoelectric yields of metals in vacuum ultraviolet
Cairns, R. B.↗
Ionization potential of O sub 2.
Ionization potential, dissociation energy and electron affinity for molecular oxygen
ELECTRON ENERGY↗
Total absorption cross sections of CO and CO sub 2 in the region 550-200 angstrom units.
Total absorption cross section of carbon monoxide and carbon dioxide in 550-200 angstrom range
CARBON MONOXIDE↗
Enhanced photoelectron emission between 200 and 1300 angstrom units.
Enhanced photoelectron emission between 200 and 1300 angstroms, using polygonal cathode to absorb incident radiation
CATHODE↗
Total absorption cross section of atomic oxygen below 910 angstrom units.
Total absorption cross section of atomic oxygen, using microwave discharge in He-O2 mixture
GAS DISCHARGE↗
A carbon film-scintillator combination suitable for the selective detection of radiation in the extreme ultraviolet.
Thin carbon film on plastic scintillator base for selective detection of radiation in extreme UV
CARBON↗
Absorption and photoionization cross sections of co sub 2, co, ar, and he at intense solar emission lines.
Absorption coefficients, cross sections and photoionization yield of carbon dioxide, carbon monoxide, argon and helium determined in 300 to 1040 wavelength region
CARBON DIOXIDE↗
Absorption and photoionization cross sections of o sub 2 and n sub 2 at intense solar emission lines.
Photoionization and absorption cross sections measured for nitrogen and oxygen at wavelengths below 1100 angstroms
NITROGEN↗