EFFECT OF 1.5 MeV ELECTRON IRRADIATION ON THE TRANSMISSION OF OPTICAL MATERIALS

Author: Palma, G. E.
Published: United States : [publisher not identified], 1971.
[Oak Ridge, Tennessee] : [U.S. Atomic Energy Commission], 1971.
Physical Description: microfiche : negative ; 11 x 15 cm
Additional Creators: Gagosz, R. M.

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Report Numbers

TID-25828; K-990929-2

Other Subject(s)

Absorption spectra
Aluminum oxides- neutrons
Aluminum oxides/radiation effects on optical transmission of, 1.5-mev electron and reactor
Barium fluorides
Barium fluorides/radiation effects on optical transmission of single-crystal, 1.5- mev electron
Beryllium oxides
Beryllium oxides/radiation effects on optical transmission of single-crystal, 1.5-mev electron
Electrons
Electrons/effects of 1.5-mev, on transmission of optical materials
Irradiation
Lithium fluorides
Lithium fluorides/radiation effects on optical transmission of single-crystal, 1.5-mev electron
Magnesium fluorides
Magnesium fluorides/ radiation effects on optical transmission of single-crystal, 1.5-mev electron
Mev range 01-10.
Monocrystals
N30350 - -metals, ceramics, & other materials-plastics & other materials-radiation effects
N33110 -physics (solid state)-radiation effects
Neutrons/effects on optical transmission of fused silica and alumina
Optical properties
Radiation effects
Silicon oxides/radiation effects on optical transmission of fused, 1.5- and 7-mev electron and reactor
Transparency fused silica- neutrons

Collection

U.S. Atomic Energy Commission depository collection.

Note

DOE contract number: SNPC-70
NSA number: NSA-26-013394
OSTI Identifier 4699128
Research organization: United Aircraft Corp., East Hartford, Conn. Research Labs.

View MARC record | catkey: 46464662

Actions for EFFECT OF 1.5 MeV ELECTRON IRRADIATION ON THE TRANSMISSION OF OPTICAL MATERIALS

EFFECT OF 1.5 MeV ELECTRON IRRADIATION ON THE TRANSMISSION OF OPTICAL MATERIALS

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