R. Parrot

发表

Angular overlap model for the Jahn–Teller coupling constants in the orbital triplet states of d5 ions: Case of Mn2+ in ZnS and ZnSe

F. Gendron, C. Porte, C. Naud, 1987 .

Ligand field theory for the orbit–lattice coupling coefficients to E strains of d5 ions in tetrahedral symmetry

R. Parrot, D. Boulanger, 1987 .

Treatment of malignant gliomas and brain metastases in adults with a combination of adriamycin, VM 26, and CCNU. Results of a phase II trial

G. Mathé, P. Pouillart, J. Lhéritier, 1976, Cancer.

Cluster model for radiative transition probabilities of d5 ions in tetrahedralsymmetry: Case of Mn2+ in the common cation series ZnS, ZnSe, and ZnTe

Z. Cherfi, R. Parrot, D. Boulanger, 2004 .

Electronic and vibronic cluster models for theT24(G)level ofd5ions in tetrahedral symmetry

R. Parrot, D. Boulanger, 2006 .

Ligand‐field model for the spin–lattice coupling coefficients of Mn in ZnS and ZnSe

R. Parrot, D. Boulanger, 1989 .

Strong and very strong covalency effects on the lifetime of Mn2+ in II-VI compounds

D. Curie, R. Parrot, D. Boulanger, 1991 .

Molecular electronic model and vibronic coupling to ɛ-vibrational modes of the fluorescent level4T1ofd5ions in II-VI and III-V compounds

R. Parrot, D. Boulanger, 2002 .

Linear coupling of the optical energy levels of d5 ions to non cubic intrinsic strains

J. Canny, F. Gendron, K. Nikolic, 1979 .

ENERGY LEVELS OF STRONGLY INTERACTING ION PAIRS

R. Parrot, 1978 .

Molecular Model for the Second-Order Magnetic Field Effect on the 4E(G) Level of Mn2+ in ZnS

R. Parrot, D. Boulanger, 2000 .

Electron paramagnetic resonance of Gd 3+ in C S symmetry and crystallographic study of rare-earth ultraphosphates. Case of Gd 3+ , Eu 3+ , and Gd x Eu 1-x ultraphosphates

G. Collin, C. Barthou, B. Canny, 1975 .

ESR Study of the Monoclinic—Orthorhombic Phase Transition in Neodymium Pentaphosphates

B. Canny, R. Parrot, 1982 .

Molecular Perturbation Model for the Spin–Lattice Coupling Coefficients of 6A1 States to Eθ Strains

R. Parrot, D. Boulanger, 1990 .

Spin‐lattice coupling coefficients of Mn2+ in ZnSe

R. Parrot, D. Boulanger, 1987 .

Spin-lattice coupling coefficients of Mn2+ ions in stacking faults of ZnS

R. Parrot, D. Boulanger, 1976 .

Spin-Lattice Coupling Coefficients of a3d5Ion in Trigonal Symmetry: Study ofMn++in Zinc Sulfide

C. Blanchard, R. Parrot, D. Boulanger, 1973 .

Determination of the spin lattice coupling coefficients of a paramagnetic ion in Td symmetry - study of Mn2+ in ZnS

C. Blanchard, R. Parrot, D. Boulanger, 1971 .

Electric field effect on the EPR spectra of 3d5 ions in ZnS

B. Lambert, C. Martí, R. Parrot, 1970 .

Spin lattice coupling coefficients of the photosensitive Fe3+ ion in sphalerite

C. Blanchard, R. Parrot, D. Boulanger, 1971 .

Piezospectroscopic study of 4T2 levels of d5 ions in tetrahedral symmetry. Jahn-Teller interactions and anomalous dipole strengths

D. Curie, R. Parrot, 1976 .

Effect of the second order spin orbit and spin-spin interactions on the 4E (G) level of Mn2+ in ZnS

C. Blanchard, R. Parrot, 1972 .

Jahn-Teller effect in the fluorescent level ofMn++in ZnSe and ZnS

A. Boccara, C. Porte, C. Naud, 1978 .

Structure of aT24level ofMn++in tetrahedral symmetry, dynamical Jahn-Teller effect and selective intensity transfer

F. Gendron, C. Naud, R. Parrot, 1976 .

Electron Paramagnetic Resonance of Gd3+ in. Bismuth Germanate

F. Raynal, C. Barthou, B. Canny, 1976 .

Relativistic contribution to the dipole strengths of triplet states of d5 ions

R. Parrot, 1975 .

Relativistic contribution to the spin-lattice coupling coefficients and to the linear electric field effect for a 3 d 5 ion. Study on Mn + + in zinc sulfide

R. Parrot, 1974 .

Optical and ESR studies ofU5+luminescent molecular centers in x- andγ-irradiated LiF-U3O8crystals

C. Naud, R. Parrot, C. J. Delbecq, 1977 .

Analysis of the fine structure of a4T1level of ad5ion coupled to ɛ vibrational modes from the magnetic-field effect

M. Diarra, H. Gumlich, R. Parrot, 1998 .

Magnetic field effect on the vibronic structure of a 4T2 level of a d5 ion coupled to ε-vibrational modes

U. W. Pohl, H. Gumlich, R. Parrot, 1998 .

Spin and Orbital Contribution to the Anisotropy of the Magnetic Field Effect on the 4E(G)‐Level of Mn2+ in ZnS

H. Gumlich, R. Parrot, D. Boulanger, 1998 .

Effect of Uniaxial Stresses on the E 4 Level of a 3 d 5 Ion in Tetrahedral Symmetry: Study of Mn + + in ZnS

C. Blanchard, R. Parrot, 1972 .

A.C. electroluminescence of ZnS:LnF3 and ZnS:Mn thin films. Excitation mechanisms and memory effects

R. Parrot, J. Benoit, P. Benallou, 1979 .

Influence of the molecular spin–orbit interaction on the orbital triplet levels 4T1 and 4T2 of Mn2+ in ZnS

R. Parrot, D. Boulanger, 2001 .

Dynamical Jahn-Teller effect in polymorphs: Model for the optical vibronic states of Mn 2+ in polymorphic ZnS

W. Busse, H. Gumlich, A. Geoffroy, 1981 .

Spectral Distribution and Decay Times of the Luminescence of Mn2+ on Different Lattice Sites in ZnS

W. Busse, H. Gumlich, A. Geoffroy, 1979 .

Dynamical Jahn-Teller Effect On The Triplet States 4T2(D) of Mn++ in polymorphic ZnS

U. W. Pohl, C. Naud, W. Busse, 1984, International Conference on Luminescence - 1984.

Spin‐orbit interactions and dynamical Jahn–Teller effect in the 4E states of Mn2+ in cubic and nearly cubic symmetry

F. Gendron, C. Porte, C. Naud, 1986 .

Zeeman effect on the 4E level of Mn2+ in ZnS

C. Naud, C. Blanchard, R. Parrot, 1974 .

Strain‐Broadened EPR Lines of 3d5 Ions in Td Symmetry Study of Fe3+ in ZnS

R. Parrot, G. Tronche, 1970 .