0000000000623620

AUTHOR

H. Rummel

showing 2 related works from this author

61Ni MÖSSBAUER EFFECT STUDIES OF THE FERRIMAGNETIC SPINEL NiCr2O4 IN AN APPLIED MAGNETIC FIELD

1980

Materials scienceCondensed matter physicsMössbauer effectFerrimagnetismSpinelGeneral Engineeringengineeringengineering.materialMagnetic fieldLe Journal de Physique Colloques
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Determination of the isotope shift of115m Cd by a Zeeman scanning method

1975

We have used an optical pumping-Zeeman scanning technique in order to determine the isotope shift in the 3,261 A resonance line of 43-day, spin-11/2115mCd. A sample of ≈5×1012 atoms was aligned in the1S0 diamagnetic ground state by optically pumping the sample with one selected Zeeman-scanned component of the3P1−3,261 A resonance line from a114Cd lamp. The alignment was detected through the modulation of the pumping beam at the nuclear resonance frequency. Thus by Zeeman scanning theF = 9/2 component of the3P1 level and using previously determinedA- andB-values, we findδ5v(114–115m (9/2))= −4,234(48) MHz and114Cd-115mCd isotope shift = 87(48) MHz. We calculate a staggering parameterγ(115mCd…

Nuclear and High Energy Physicssymbols.namesakeZeeman effectMaterials scienceIsotopeModulationsymbolsNuclear fusionDiamagnetismAtomic physicsGround stateBeam (structure)Effective nuclear chargeZeitschrift f�r Physik A: Atoms and Nuclei
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