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Results: 1-10 |
Results: 10
MAGNETIC-FIELD EFFECT ON THE VIBRONIC STRUCTURE OF A T-4(2) LEVEL OF A D(5) ION COUPLED TO EPSILON-VIBRATIONAL MODES
Authors: PARROT R BOULANGER D POHL UW LITZENBURGER B GUMLICH HE
Citation: R. Parrot et al., MAGNETIC-FIELD EFFECT ON THE VIBRONIC STRUCTURE OF A T-4(2) LEVEL OF A D(5) ION COUPLED TO EPSILON-VIBRATIONAL MODES, Physica status solidi. b, Basic research, 208(1), 1998, pp. 113-122
SPIN AND ORBITAL CONTRIBUTION TO THE ANISOTROPY OF THE MAGNETIC-FIELDEFFECT ON THE E-4(G)-LEVEL OF MN2+ IN ZNS
Authors: PARROT R BOULANGER D LITZENBURGER B POHL UW GUMLICH HE
Citation: R. Parrot et al., SPIN AND ORBITAL CONTRIBUTION TO THE ANISOTROPY OF THE MAGNETIC-FIELDEFFECT ON THE E-4(G)-LEVEL OF MN2+ IN ZNS, Physica status solidi. b, Basic research, 206(2), 1998, pp. 777-786
IDENTIFICATION OF NEAR-INFRARED CR2+ LUMINESCENCE IN ZNSE
Authors: LEHR MU LITZENBURGER B KREISSL J POHL UW SELBER HR SCHULZ HJ KLIMAKOW A WORSCHECH L
Citation: Mu. Lehr et al., IDENTIFICATION OF NEAR-INFRARED CR2+ LUMINESCENCE IN ZNSE, Journal of physics. Condensed matter, 9(3), 1997, pp. 753-763
HIGH-RESOLUTION STUDY OF THE ANISOTROPY OF THE MAGNETIC-FIELD EFFECT ON THE E-4(G)-LEVEL OF MN2+ IN ZNS
Authors: LITZENBURGER B POHL UW GUMLICH HE PARROT R BOULANGER D
Citation: B. Litzenburger et al., HIGH-RESOLUTION STUDY OF THE ANISOTROPY OF THE MAGNETIC-FIELD EFFECT ON THE E-4(G)-LEVEL OF MN2+ IN ZNS, Journal of luminescence, 72-4, 1997, pp. 83-84
MODEL FOR THE ELECTRONIC AND VIBRONIC STRUCTURE OF T-4(1) LEVELS OF D(5) IONS COUPLED TO E VIBRATIONAL-MODES - CASE OF THE FLUORESCENT LEVEL OF MN2+ IN ZNS
Authors: PARROT R BOULANGER D DIARRA MN POHL UW LITZENBURGER B GUMLICH HE
Citation: R. Parrot et al., MODEL FOR THE ELECTRONIC AND VIBRONIC STRUCTURE OF T-4(1) LEVELS OF D(5) IONS COUPLED TO E VIBRATIONAL-MODES - CASE OF THE FLUORESCENT LEVEL OF MN2+ IN ZNS, Physical review. B, Condensed matter, 54(3), 1996, pp. 1662-1672
NATURE OF OPTICAL-TRANSITIONS IN THE CHARGE-TRANSFER REGION OF ZNS-COAND ZNSE-CO
Authors: DREYHSIG J LITZENBURGER B
Citation: J. Dreyhsig et B. Litzenburger, NATURE OF OPTICAL-TRANSITIONS IN THE CHARGE-TRANSFER REGION OF ZNS-COAND ZNSE-CO, Physical review. B, Condensed matter, 54(15), 1996, pp. 10516-10524
MAGNETOOPTICAL INVESTIGATION OF THE SHALLOW LITHIUM ACCEPTOR IN ZINC SELENIDE
Authors: POHL UW WIESMANN D KUDLEK GH LITZENBURGER B HOFFMANN A
Citation: Uw. Pohl et al., MAGNETOOPTICAL INVESTIGATION OF THE SHALLOW LITHIUM ACCEPTOR IN ZINC SELENIDE, Journal of crystal growth, 159(1-4), 1996, pp. 414-417
HIGH-RESOLUTION STUDY OF THE MAGNETIC-FIELD EFFECT ON THE (4)E STATE OF MN2+ IN CUBIC ZNS BY LASER SPECTROSCOPY
Authors: PARROT R BOULANGER D LITZENBURGER B POHL UW GUMLICH HE DIARRA MN
Citation: R. Parrot et al., HIGH-RESOLUTION STUDY OF THE MAGNETIC-FIELD EFFECT ON THE (4)E STATE OF MN2+ IN CUBIC ZNS BY LASER SPECTROSCOPY, Physical review. B, Condensed matter, 52(19), 1995, pp. 13983-13991
EPR IDENTIFICATION OF A MONOCLINIC FE-RELATED COMPLEX IN ZNS
Authors: KREISSL J LITZENBURGER B POHL UW GEHLHOFF W GUMLICH HE
Citation: J. Kreissl et al., EPR IDENTIFICATION OF A MONOCLINIC FE-RELATED COMPLEX IN ZNS, Solid state communications, 94(8), 1995, pp. 667-672
FINE-STRUCTURE OF ZERO-PHONON LINES IN POLYMORPHIC ZNS-FE2+
Authors: LITZENBURGER B POHL UW GUMLICH HE
Citation: B. Litzenburger et al., FINE-STRUCTURE OF ZERO-PHONON LINES IN POLYMORPHIC ZNS-FE2+, Journal of luminescence, 60-1, 1994, pp. 44-47
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