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Mössbauer-effect studies on Kr83 in bromide and bromate crystals
M. Pasternak
*
, T. Sonnino
*
Corresponding author for this work
Soreq Nuclear Research Center
Research output
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Contribution to journal
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Article
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peer-review
8
Scopus citations
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Keyphrases
Absorber
66%
Alkali
33%
Bromate
100%
Bromide
100%
Bromine
33%
Conversion Process
33%
Crystalline Field
33%
CsBr
33%
Debye Temperature
33%
Effect Study
100%
Electric Field Gradient
33%
Emission Lines
33%
Hydroquinone
66%
Induced-dipole Interaction
33%
Internal Conversion
33%
Isomer Shift
33%
Krypton
66%
Lithium Bromide
33%
Mssbauer Effect
100%
NH4Br
33%
Potassium Bromate
66%
Sodium Bromide
33%
Source Preparation
33%
Two-mode
33%
Chemistry
Bromate
100%
Bromine Compound
50%
Debye Temperature
50%
Dipole Interaction
50%
Electric Field Gradient
50%
formation
50%
Hydroquinone
100%
Internal Conversion
50%
Krypton
100%
Material Science
Krypton
100%