ATOMIC AND MOLECULAR RADIATION PHYSICS.
Technical Report
·
OSTI ID:4139969
- Research Organization:
- and others; Oak Ridge National Lab., Tenn.
- NSA Number:
- NSA-24-039852
- OSTI ID:
- 4139969
- Report Number(s):
- ORNL-4446
- Resource Relation:
- Other Information: UNCL. Orig. Receipt Date: 31-DEC-70
- Country of Publication:
- United States
- Language:
- English
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ATOMIC AND MOLECULAR RADIATION PHYSICS.
ATOMIC AND MOLECULAR RADIATION PHYSICS.
Atomic and molecular radiation physics: attachment of slow (<1 eV) electrons to O$sub 2$ in very high pressures of nitrogen, ethylene, and ethane
Technical Report
·
Fri Jan 01 00:00:00 EST 1971
·
OSTI ID:4139969
ATOMIC AND MOLECULAR RADIATION PHYSICS.
Technical Report
·
Sat Jan 01 00:00:00 EST 1972
·
OSTI ID:4139969
Atomic and molecular radiation physics: attachment of slow (<1 eV) electrons to O$sub 2$ in very high pressures of nitrogen, ethylene, and ethane
Technical Report
·
Sun Sep 01 00:00:00 EDT 1974
·
OSTI ID:4139969
Related Subjects
N32240* -Physics-Atomic & Molecular Physics-Collision Phenomena
ALPHA PARTICLES- BETA PARTICLES- GASES- IONIZATION
ARGON- ARYL RADICALS- BENZOQUINONE- CARRIERS- ELECTRON ATTACHMENT- - ELECTRONS- ETHYLENE- GASES- IONIZATION- NITROGEN- NITROGEN OXIDES- PROBABILITY- QUINONES- STATISTICS
ARGON- ETHYLENE- GASES- IONIZATION- MIXING- MIXTURES- PHOTON BEAMS
ATOMS- ELECTRON BEAMS- KEV RANGE- MONTE CARLO METHOD- SLOWDOWN
BENZENE- ELECTRON BEAMS- FLUORESCENCE- LIFETIME- MESITYLENE- METHYL RADICALS- RADIATION EFFECTS- TOLUENE
DIPOLES- ELECTRON BEAMS- MOLECULES- MOMENTUM- SCATTERING- VELOCITY
ELECTRON BEAMS- ENERGY LOSSES- EV RANGE- GASES- LOSSES
ARGON/effects as carrier gas on electron attachment to p-benzoquinone
ELECTRONS/reactions with gases at 0 to 4 eV
mean fractional energy loss in
p-BENZOQUINONE/electron reactions at 0.02 to 3 eV with
electron attachment in
ELECTRONS/reactions with p-benzoquinone at 0.02 to 3 eV
electron attachment in
GASES/electron scattering by polar
velocity dependence of momentum transfer in
GASES/beta-particle reactions with
ionization in
CYCLOHEXANE/radiation effects on
electron scavenging by solutes in
NITROGEN/ effects as carrier gas on electron attachment to p-benzoquinone
ETHYLENE/effects as carrier gas on electron attachment to p-benzoquinone
NITROGEN OXIDES N$sub 2$O/electron reactions with
in mixtures with various gases
electron attachment rates for
ELECTRONS/reactions with nitrogen oxides (N$sub 2$O) in mixtures with various gases
electron attachment rates for
ARGON SYSTEMS/Ar-ethylene
photon reactions with
ionization efficiencies for
ETHYLENE/Ar-ethylene
photon r
ALPHA PARTICLES- BETA PARTICLES- GASES- IONIZATION
ARGON- ARYL RADICALS- BENZOQUINONE- CARRIERS- ELECTRON ATTACHMENT- - ELECTRONS- ETHYLENE- GASES- IONIZATION- NITROGEN- NITROGEN OXIDES- PROBABILITY- QUINONES- STATISTICS
ARGON- ETHYLENE- GASES- IONIZATION- MIXING- MIXTURES- PHOTON BEAMS
ATOMS- ELECTRON BEAMS- KEV RANGE- MONTE CARLO METHOD- SLOWDOWN
BENZENE- ELECTRON BEAMS- FLUORESCENCE- LIFETIME- MESITYLENE- METHYL RADICALS- RADIATION EFFECTS- TOLUENE
DIPOLES- ELECTRON BEAMS- MOLECULES- MOMENTUM- SCATTERING- VELOCITY
ELECTRON BEAMS- ENERGY LOSSES- EV RANGE- GASES- LOSSES
ARGON/effects as carrier gas on electron attachment to p-benzoquinone
ELECTRONS/reactions with gases at 0 to 4 eV
mean fractional energy loss in
p-BENZOQUINONE/electron reactions at 0.02 to 3 eV with
electron attachment in
ELECTRONS/reactions with p-benzoquinone at 0.02 to 3 eV
electron attachment in
GASES/electron scattering by polar
velocity dependence of momentum transfer in
GASES/beta-particle reactions with
ionization in
CYCLOHEXANE/radiation effects on
electron scavenging by solutes in
NITROGEN/ effects as carrier gas on electron attachment to p-benzoquinone
ETHYLENE/effects as carrier gas on electron attachment to p-benzoquinone
NITROGEN OXIDES N$sub 2$O/electron reactions with
in mixtures with various gases
electron attachment rates for
ELECTRONS/reactions with nitrogen oxides (N$sub 2$O) in mixtures with various gases
electron attachment rates for
ARGON SYSTEMS/Ar-ethylene
photon reactions with
ionization efficiencies for
ETHYLENE/Ar-ethylene
photon r