| Ident. | Authors (with country if any) | Title |
|---|
| 001832 |
V. Lupei [France] ; L. Lou [France] ; G. Boulon [France] ; A. Lupei ; C. Tiseanu | Static and dynamic luminescence effects of Cr3+-Tm3+ pairs in YAG |
| 001977 |
Y. Subramanyam [Inde] ; L. R. Moorthy ; S. V. J. Lakshman | Judd-ofelt intensity parameters and laser analysis of Tm3+ in certain sulphate glasses |
| 001985 |
P. Bordet [France] ; J. J. Capponi ; C. Chaillout ; D. Chateigner ; J. Chenavas ; T. Fournier [France] ; J. L. Hodeau ; M. Marezio ; M. Perroux ; G. Thomas ; A. Varela | High pressure synthesis and structural study of R2CuO4 compounds with R=Y, Tb, Dy, Ho, Er, Tm |
| 001993 |
M. Seul [États-Unis] ; R. Wolfe | Evolution of disorder in two-dimensional stripe patterns : "smectic" instabilities and disclination unbinding |
| 001A23 |
K. Hirao [Japon] ; S. Tanabe ; S. Kishimoto ; K. Tamai ; N. Soga | UV and blue upconversion in Tm3+ -doped fluoroaluminate glass by 0.665 μm excitation |
| 001A36 |
A. Salinas-Sanchez ; R. Saez-Puche | Structural characterization of R2BaNiO5 (R=Tm and Yb) : polymorphism for R=Tm |
| 001A41 |
L. B. Shaw [États-Unis] ; R. S. F. Chang | Rare earth doped YLF grown by laser-heated pedestal growth technique |
| 001A42 |
E. A. Gan'Shina ; A. V. Zenkov ; G. S. Krinchik ; A. S. Moskvin ; A. Yu. Trifonov | Quadratic magnetooptic effects in orthoferrites |
| 001A45 |
S. S. Krotov | On the possible refinement of the magnetic structure of the antiferromagnetic superconductor Tm2Fe3Si5 |
| 001A46 |
W. Sturhahn ; E. Gerdau ; R. Hollatz ; R. Ruêffer ; H. D. Ruêter ; W. Tolksdorf | Nuclear Bragg diffraction of synchrotron radiation at the 8.41 keV resonance of thulium |
| 001A47 |
V. I. Ozhogin [Russie] ; V. L. Preobrazhenskii | Nonlinear dynamics of coupled systems near magnetic phase transitions of the order-order type |
| 001A52 |
I. V. Golosovskii [Russie] ; B. V. Mill ; V. P. Plakhtii ; V. P. Kharchenkov ; A. Tybulewicz | Magnetic structure of Tb2Cu2O5 and Tm2Cu2O5 |
| 001A66 |
V. Hardy [France] ; M. Hervieu ; D. Groult ; J. Provost | High resolution electron microscopy study of electronic energy loss effects in thallium-based superconducting copper oxides irradiated by 5.8 GeV-Xeions |
| 001A71 |
A. V. Kobelev ; M. V. Perepelkina ; A. A. Romanyukha ; A. P. Stepanov ; V. V. Ustinov ; V. A. Matveev ; V. G. Tashirov | FMR linewidth anisotropy of iron garnet films. Experimental data and possible model |
| 001A76 |
E. A. Gan'Shina [Russie] ; A. V. Zenkov ; G. S. Krinchik ; A. S. Moskvin ; A. Yu. Trifonov ; A. Tybulewicz | Exchange-relativistic interactions and characteristics of magnetooptic properties of orthoferrites |
| 001A81 |
R. Boyn ; M. J. Kozielski ; H. Zimmermann | Distribution of Tm centers incorporated in ZnS single crystal during high-pressure Bridgman growth |
| 001A84 |
L. T. Baczewski ; K. Piotrowski ; R. Szymczak ; H. Szymczak ; A. P. Malozemoff | Critical current and the spatial distribution of magnetic flux in superconducting thin films |
| 001A90 |
R. Souda ; W. Hayami ; T. Aizawa ; Y. Ishizawa | Band effects on neutralization of low-energy D+ scattering from ionic crystals |
| 001A98 |
P. Lemoine ; A. Tomas ; T. Vovan ; M. Guittard | Structure du sulfure de thulium et de zinc ZnTm2S4 |
| 001B02 |
K.-J. Range ; H. Drexler ; A. Gietl ; U. Klement ; K. G. Lange | Tm2S3-V, a corundum-type modification of thulium sesquisulfide |
| 001B04 |
I. N. Flerov ; W. Bührer ; M. V. Gorev ; H. U. Güdel ; A. E. Usachev | Thermodynamic properties of bromo-elpasolites Cs2NaYBr6 adn Cs2NaTmBr6 |
| 001B07 |
V. V. Moshchalkov ; A. A. Gippius ; A. A. Zhukov ; H. H. Nyan ; V. I. Voronkova ; V. K. Yanovskii | The relaxation of the monodomain TmBa2Cu3Ox single crystal magnetization in the superconducting state |
| 001B09 |
V. V. Moshchalkov ; A. A. Zhukov ; V. D. Kuznetsov ; V. V. Metlushko ; V. I. Voronkova ; B. K. Yanovskii | The full Meissner effect in the untwinned TmBa2Cu3Ox single crystal |
| 001B10 |
V. V. Moshchalkov ; A. A. Zhukov ; D. K. Petrov ; V. I. Voronkova ; V. K. Yanovskii | Temperature dependences of the first critical field and critical current in the untwinned TmBa2Cu3Ox superconducting single crystals |
| 001B20 |
T. Chattopadhyay ; A. Zeilinger ; M. Wacenovsky ; H. W. Weber ; O. B. Hyun ; D. K. Finnemore | Search for magnetic ordering of Tm moments in TmBa2Cu3O7-δ down to 90 mK |
| 001B28 |
J. K. Yakinthos ; P. A. Kotsanidis ; W. Schaêfer ; G. Will | Magnetic structure determination of NdNiC2 and TmNiC2 by neutron diffraction |
| 001B30 |
O. Pena ; SAADIA IHMAINE ; C. Perrin ; M. Sergent | Magnetic clusters and magnetic interactions in single-crystal studies of K(RE)Nb6Cl18 and (RE)Nb6Cl18(RE =Lu and Tm) |
| 001B39 |
A. Brenier ; C. Pedrini ; B. Moine ; J. L. Adam ; C. Pledel | Fluorescence mechanisms in Tm3+ singly doped and Tm3+, Ho3+ doubly doped indium-based fluoride glasses |
| 001B48 |
A. Murasik ; P. Fischer ; R. Troc ; Z. Bukowski | Crystal structure refinement and magnetic ordering in R2Cu2O5 (R=Ho, Tm, Yb) compounds |
| 001B51 |
S. R. Rotman | Chromium decay times in chromium-doped ytrium aluminum garnet |
| 001B55 |
V. V. Aleksandrov ; T. S. Velichkina ; I. V. Vodolazskaya ; V. I. Voronkova ; I. A. Yakovlev ; V. K. Yanovskii | Anisotropy of Rayleigh wave velocity of TmBa 2Cu3O 7-y single crystals |
| 001B60 |
K. Muêller-Buschbaum ; M. Scheikowski | Zur Kristallstruktur von Ba3Ln4O9 (Ln = Tm, Ho) |
| 001B66 |
B. Malaman ; Gérard Venturini (physicien) [France] ; B. Roques | Structure cristalline de Tm4Mn4Sn7, le premier stannure isotype de Zr4Co4Ge7 |
| 001B67 |
B. Malaman ; Gérard Venturini (physicien) [France] ; M. Francois ; B. Roques | Effets de la taille des terres rares sur les structures de type YIrGe2: répartition atomique dans LaTmIr2Ge4 |
| 001B68 |
Gérard Venturini (physicien) [France] ; B. Malaman ; B. Roques | Distribution atomique des alliages de type Sc5Co4Si10: (Lu, Sc)5Ir4Si10, (Y, Sc)5Ir4Si10, (Y, Tm)5Os4Ge10, (Ca, Lu)5Rh4Ge10 et (La, Y)5Rh4Sn10 |
| 001B69 |
A. Winiarski ; A. Winiarska ; A. Chełkowski | X-ray diffraction and persistivity studies of REBa2Cu9O6+x CRE-Y or rare earch metal |
| 001B73 |
K. L. Babcock ; R. M. Westervelt | Topological "melting" of cellular domain lattices in magnetic garnet films |
| 001B77 |
T. Petzel ; J. Ludwigs ; O. Greis | Thermodynamics of sublimation and crystal chemistry of Tm0.77Te |
| 001B78 |
T. Atake ; H. Kawaji ; S. Takanabe ; Y. Saito ; K. Mori ; Y. Saeki | Thermodynamic studies of the high temperature superconductor Ba2TmCu3O7 |
| 001B83 |
A. M. Grishin ; V. S. Dellalov ; V. F. Shkar ; E. I. Nikolayev ; A. I. Linnik | Spin-wave resonances in two-layer garnet films |
| 001B86 |
J. B. Gruber ; M. E. Hills ; R. M. Macfarlane ; C. A. Morrison ; G. A. Turner ; G. J. Quarles ; G. J. Kintz ; L. Esterowitz | Spectra and energy levels of Tm3+:Y3 Al5O12 |
| 001B94 |
J. Kraus ; G. Schaack | Magnetic-field induced coupling of quasi-degenerate phonon modes in the rare-earth compounds TmVO4 and TbF3 |
| 001C03 |
K. L. Babcock ; R. M. Westervelt | Elements of cellular domain patterns in magnetic garnet films |
| 001C06 |
SHI HUA A WANG ; S. M. Luo ; H. A. Eick ; K. Kr Mer ; G. Meyer | Cs3Tm2I9: crystal growth and structure determination |
| 001C12 |
E. Hodorowicz ; S. A. Hodorowicz ; H. A. Eick | A preparatory and phase study of the Tm―Ba―Cu―O system |
| 001C20 |
G. S. Kandaurova ; A. Ya. Chervonenkis ; A. Eh. Sviderskij | |
| 001C22 |
A. A. Gippius ; V. V. Moshchalkov ; KHO KHYU NYAN ; V. I. Voronkova ; V. K. Yanovskij | |
| 001C28 |
| Etudes spectroscopiques des ions thulium et holmium trivalents dans les verres de fluorures |
| 001C35 |
S. V. J. Lakshman ; A. Suresh Kumar | Spectral absorption properties of Pr3+, Nd3+, Er3+, and Tm3+ ions in zinc sodium phosphate glass |
| 001C38 |
A. Lehmann-Szweykowska ; P. E. Wigen ; L. Kowalewski ; M. M. Kaczmarek ; T. B. Mitchell | Orbital effects in magnetic dynamics of thulium iron garnets |
| 001C39 |
C. Guery ; J. L. Adam ; J. Lucas | Optical properties of Tm3+ ions in indium-based fluoride glasses |
| 001C40 |
T. Venkatesan ; X. D. Wu ; A. Inam ; Y. Jeon ; M. Croft ; E. W. Chase ; C. C. Chang ; J. B. Wachtman ; R. W. Odom ; F. Radicati Di Brozolo ; C. A. Magee | Nature of the pulsed laser process for the deposition of high Tc superconducting thin films |
| 001C42 |
F. Lera ; C. Rillo ; R. Navarro ; J. Bartolome ; J. A. Puertolas ; L. C. Otero-Diaz ; F. Fernandez ; R. Saez-Uche ; M. T. Perez-Frias ; J. L. Vicent | Microstructure and diamagnetism in superconducting TmBa2Cu3O7-δ |
| 001C44 |
Y. Allain ; F. Bouree-Vigneron ; A. Oles ; A. Szytuła | Magnetic order in the ternary compound TmCu2Si2 |
| 001C45 |
J. M. Ferreira ; B. W. Lee ; Y. Dalichaouch ; M. S. Torikachvili ; K. N. Yang ; M. B. Maple | Low-temperature specific heat of the high-Tc superconductors La1.8Sr0.2CuO4-δ and RBa2Cu3O7-δ (R=Y, Eu, Ho, Tm, and Yb) |
| 001C47 |
B. Pilawa ; G. Hess ; H. G. Kahle ; A. Kasten | Linear birefringence investigations of the Jahn-Teller distorted phase in the mixed crystal systems (Tbx, Tm1-x)VO4 and (Tbx, Yb1-x)VO4 |
| 001C49 |
Y. Y. Yeung | Lattice relaxation around lanthanide impurities at cubic sites in fluorites |
| 001C55 |
M. A. Chamarro ; R. Cases | Energy up-conversion in (Yb, Ho) and (Yb, Tm) doped fluorohafnate glasses |
| 001C56 |
D. C. Yeh ; W. A. Sibley ; M. J. Suscavage | Efficient frequency upconversion of Tm3+ ions in Yb3+ doped barium-thorium fluoride glass |
| 001C57 |
R. S. Markiewicz ; K. Chen ; N. Jaggi | Effective-medium theory of an anisotropic conductor applied to the high-Tc superconductors |
| 001C58 |
C. H. Wilts ; A. Urai | Deuterium implantation in magnetic garnets |
| 001C61 |
W. Sikora ; O. V. Gurin ; V. N. Syromyatnikov | Colour groups and spin waves. Symmetry analysis of the spin wave spectrum in hexagonal manganites LMnO3 (L=Er, Ho, Lu, Sc, Tm, Y) |
| 001C65 |
A. V. Vinokurov ; A. M. Korovkin ; B. Z. Malkin ; V. R. Pekurovskij ; A. I. Pominov ; A. L. Stolov | |
| 001C66 |
Yu. V. Starostin ; A. Yu. Troshin ; A. A. Khoma ; V. B. Sugachev ; V. V. Randoshkin | |
| 001C67 |
K. Polgar ; A. P. Skvortsov | |
| 001C68 |
E. I. Nikolaev ; I. A. Krasin | |
| 001C69 |
M. V. Logunov ; V. V. Randoshkin | |
| 001C70 |
N. A. Loginov ; V. V. Randoshkin | |
| 001C71 |
G. M. Kuz'Micheva ; S. Yu. Khlyustova ; V. A. Tolstova ; A. A. Eliseev | |
| 001C77 |
| Mécanismes d'interaction et processus de transfert d'excitation optique entre ions terre rare dans CsCdBr3 et LiYF4 |
| 001C80 |
J. J. Neumeier ; Y. Dalichaouch ; J. M. Ferreira ; R. R. Hake ; B. W. Lee ; M. B. Maple ; M. S. Torikachvili ; K. N. Yang ; H. Zhou | Thulium barium copper oxide: a 90-K superconductor with a potential 1-MG upper critical field |
| 001C81 |
W. Mutscheller ; M. Wagner | The influence of magnetic fields on the thermal conductivity of the cooperative vibronic system TmVO4 |
| 001C86 |
J. A. Gotaas ; J. W. Lynn ; R. N. Shelton ; P. Klavins ; H. F. Braun | Suppression of superconductivity by antiferromagnetism in Tm2Fe3Si5 |
| 001C87 |
P. Ayyub ; S. Balasubramanian ; P. Guptasarma ; A. K. Rajarajan ; V. Manivannan ; L. C. Gupta ; M. S. Multani ; R. Vijayaraghavan | Superconductivity in TmBa2Cu3O9-x |
| 001C91 |
T. Yamashita ; A. Kawakami ; T. Nishihara ; M. Takata ; K. Kishio | Rf power dependence of ac Josephson current in point-contacts of BaY(Tm)CuO ceramics |
| 001D00 |
A. V. Slobodyanyuk ; G. Schaack | Measurement of Raman scattered intensities in media with natural or field-induced optical activity |
| 001D01 |
A. Kozłowski ; A. Maksymowicz ; Z. Tarnawski ; A. Lewicki ; J. Zukrowski ; L. Anio La-Jedrezejek | Magnetic properties and specific heat of Tm1-xLuxCu2Si2 |
| 001D02 |
J. W. Severin ; M. J. J. Lammers ; G. Blasse | Luminescence in La3TaO4Cl6 |
| 001D03 |
B. Karmakar ; P. K. Chatterjee ; SAMITA BASU ; MIHIR CHOWDHURY | Lanthanoid chirality as a tool for assignment of f-f transitions. tb3+ and Tm3+ diglycolate |
| 001D04 |
S. Hosoya ; S. Shamoto ; M. Onoda ; M. Sato | High-Tc superconductivity in new oxide systems II |
| 001D05 |
S. Kanbe ; T. Hasegawa ; M. Aoki ; T. Nakamura ; H. Koinuma ; K. Kishio ; K. Kitazawa ; H. Takagi ; S. Uchida ; S. Tanaka ; K. Fueki | High Tc superconductivity in tm-Ba-Cu-O system |
| 001D07 |
H. Zimmermann ; R. Boyn | Donor-type Tm centres in ZnS crystals |
| 001D08 |
R. Boyn ; H. Zimmermann | Dissolution of 4f-4f transitions in phonon sidebands (ZnS:Tm3+) |
| 001D09 |
J. P. Andreeta ; H. C. Basso ; E. E. Castellano ; J. N. H. Gallo ; A. A. Martin ; O. E. Piro | Crystallographic phases and transport properties in the superconducting Tm-Ba-Cu-O compound system |
| 001D10 |
T. Ishigaki ; H. Asano ; K. Takita | Crystal structure of the high Tc superconductor TmBa2Cu3O7-δ |
| 001D15 |
H. Noel ; P. Gougeon ; J. Padiou ; J. C. Levet ; M. Potel ; O. Laborde ; P. Monceau | Anisotropy of the superconducting magnetic field Hc2 of a single crystal of TmBa2Cu3O7-δ |
| 001D18 |
B. A. Zon ; V. Ya. Kupershmidt ; G. V. Pakhomov ; T. T. Urazbaev | |
| 001D19 |
B. G. Vekhter ; V. N. Golubev ; M. D. Kaplan | |
| 001D22 |
V. A. Trofimova ; K. M. Kolobova ; V. R. Galakhov ; Yu. K. Gorelenko ; I. D. Shcherba | |
| 001D23 |
S. K. Tikhonov ; V. A. Bokov ; E. I. Leonov ; V. M. Orlov ; A. B. Sherman | |
| 001D26 |
M. V. Logunov ; V. V. Randoshkin ; V. B. Sigachev | |
| 001D27 |
E. Yu. L'Vova ; M. V. Fok | |
| 001D28 |
V. A. Kudryashev ; G. A. Krutov ; V. G. Muratov ; V. A. Trunov ; V. A. Ul'Yanov ; O. Antson ; Kh. Kukkonen ; Kh. Peyuryu ; A. Tiitta ; P. Khiismyaki ; A. A. Loshmanov ; N. G. Furmanova | |
| 001D29 |
T. M. Kozhan ; V. V. Kuznetsova ; T. A. Reut ; I. I. Sergeev ; V. S. Khomenko | |
| 001D31 |
A. S. Karnachev ; Yu. I. Klechin ; N. M. Kovtun ; A. S. Moskvin ; E. E. Solov'Ev ; A. A. Tkachenko | |
| 001D32 |
L. P. Ivanov ; A. S. Logginov ; G. A. Nepokojchitskij ; N. I. Nikitin | |
| 001D33 |
L. A. Ievenko ; V. N. Vlasov ; V. A. Bokov | |
| 001D34 |
G. A. Bazhazhin ; E. N. Il'Icheva ; V. A. Kotov ; R. V. Telesnin ; A. G. Shishkov | |
| 001D35 |
Kh. S. Bagdasarov ; N. Ya. Bogdanov ; E. M. Uyukin ; M. N. Filippov | |
| 001D36 |
R. F. Al'Mukhametov ; K. P. Belov ; N. V. Volkova ; L. A. Skipetrova | |
| 001D38 |
P. B. Abramyan ; A. M. Gulyan ; A. S. Kuzanyan ; A. G. Petrosyan ; M. L. Ter-Mikaelyan ; G. O. Shirinyan | |
| 001D42 |
| Effet Kondo du thulium dilué dans LaSe et YS |
| 001D44 |
J. K. Yakinthos | Structure cristalline et magnétique du composé TmRh2Si2 |
| 001D48 |
W. Mutscheller ; M. Wagner | Thermal conductivity of cooperative Jahn-Teller E-systems |
| 001D52 |
G. Meyer ; T. Schleid | The metallothermic reduction of several rare-earth trichlorides with lithium and sodium |
| 001D66 |
M. S. Scholl ; J. Trimmier | Luminescence of YAG:Tm, Tb |
| 001D69 |
A. D. Yoffe ; K. J. Howlett | Low temperature cathodoluminescence studies of Tm and Er implanted hexagonal ZnS and ZnSe crystals |
| 001D73 |
B. Ferrand ; M. F. Armand ; H. Moriceau ; J. Daval ; J. C. Gay | Growth of high figure of merit magnetic gamet films for magneto-optical applications |
| 001D76 |
H. Zimmermann ; R. Boyn | Excitation and deexcitation of Tm3+ centres in ZnS involving "external" excited states |
| 001D80 |
P. A. Tanner ; F. S. Richardson | Comment on εnergy levels of Tm3+ in cubic symmetry". Reply |
| 001D81 |
E. Holland-Moritz ; A. Severing | Anomaly in the density of phonon states of Tm0,05Y0,95Se |
| 001D84 |
H. C. Meijer ; J. Andriessen ; H. Postma | A simple theory for the dependence of the electrical resistance of the magnetic superconductors TmRh4B4 and ErRh4B4 on temperature and field |
| 001D90 |
A. V. Vinokurov ; B. Z. Malkin ; A. I. Pominov ; A. L. Stolov | |
| 001D91 |
A. V. Vinokurov ; S. L. Korableva ; A. I. Pominov ; A. L. Stolov | |
| 001D92 |
B. G. Vekhter ; V. N. Golubev ; M. D. Kaplan | |
| 001D93 |
V. V. Randoshkin ; V. B. Sigachev | |
| 001D95 |
V. Eh. Osukhovskij ; Z. Z. Ditina ; D. E. Linkova ; L. A. Tsygel'Nyuk ; Yu. K. Milyaev | |
| 001D97 |
M. V. Logunov ; V. V. Randoshkin | |
| 001D98 |
A. S. Logginov ; G. A. Nepokojchitskij ; N. I. Nikitin | |
| 001E00 |
V. A. Kotov ; D. E. Balabanov ; S. M. Grigorovich ; V. I. Kozlov ; V. K. Nevolin | |
| 001E01 |
Z. A. Kazej ; V. I. Sokolov | |
| 001E02 |
L. P. Ivanov ; A. S. Logginov ; G. A. Nepokojchitskij ; N. I. Nikitin | |
| 001E04 |
V. N. Dudorov ; M. V. Logunov ; V. V. Randoshkin | |
| 001E05 |
V. N. Dudorov ; M. V. Logunov ; V. V. Randoshkin | |
| 001E07 |
F. G. Bar'Yakhtar ; A. I. Linnik ; I. A. Oberemchenko ; A. M. Prudnikov | |
| 001E09 |
B. M. Antipenko ; A. S. Glebov ; T. I. Kiseleva ; V. A. Pis'Mennyj | |
| 001E21 |
H. C. G. Verhaar ; H. Donker ; G. J. Dirksen ; M. J. J. Lammers ; G. Blasse | The luminescence of α- and β-LaNb3O9 |
| 001E22 |
M. J. J. Lammers ; H. Donker ; G. Blasse | The luminescence of Eu3+, Tb3+ and Tm3+ activated Gd2BaZnO5 and La2BaZnO5 |
| 001E29 |
H. Zimmermann ; R. Boyn | Site selective spectroscopy of ZnS:Tm3+ crystals |
| 001E31 |
M. Kaneko ; T. Okamoto ; H. Tamada ; T. Yamada | Reduction of optical absorption at a wavelength of around 0.8 μm in LPE garnet (TmBiCa)3(FeGaPt)5O12 |
| 001E32 |
K. Prout ; J. M. Marin ; C. A. Jr Hutchison | Rare-earth nicotinates: structures of tetra-ù-nicotinato-O,O′)holmium(III),[Ho(C5H4NCO2)3(H2O)2]2, and tetra-ù-nicotinato-O,O′-bis[diaqua(nicotinato-O,O′)thulium(III)], [Tm(C5H4NCO2)3(H2O)2]2 |
| 001E38 |
D. R. Foster ; M. F. Reid ; F. S. Richardson | Optical emission spectra and crystal-field analysis of Tm3+ in the cubic Cs2NaYCl6 host |
| 001E41 |
A. R. Moodenbaugh ; D. E. Cox ; C. B. Vining | Neutron diffraction study of magnetically ordered Tm2Fe3Si5 |
| 001E42 |
A. Borkowska | Magnetooptical diffraction and modulation in thin garnet films |
| 001E44 |
A. Szewczyk ; A. Dabkowski ; S. L. Gnatchenko ; N. F. Kharchenko ; B. Krzymanska | Magnetic properties of (Tm,Bi)3(Fe,Ga)5O12 garnet films in the vinicity of a compression temperature |
| 001E45 |
S. Venugopalan ; M. Dutta ; A. K. Ramdas ; J. P. Remeika | Magnetic and vibrational excitations in rare-earth orthoferrites: a Raman scattering study |
| 001E58 |
I. De Wolf ; P. Janssen ; B. Bleaney | Far infrared electron paramagnetic resonance in TmVO4 |
| 001E59 |
CHANG-XIN GUO ; D. E. Ellis | Energy levels, luminescence and electronic structure of ZnS: Tm3+ |
| 001E67 |
S. H. Smith ; V. V. Fenin | An improved thermobalance for crystallization studies in fluxed melts |
| 001E73 |
V. V. Randoshkin ; V. B. Sigachev | |
| 001E75 |
M. V. Logunov ; V. V. Randoshkin | |
| 001E76 |
A. S. Logginov ; G. A. Nepokojchitskij ; N. I. Nikitin | |
| 001E80 |
F. G. Bar'Yakhtar ; A. O. Khrebtov ; M. I. Eremina | |
| 001E81 |
F. G. Bar'Yakhtar ; V. L. Dorman ; N. M. Kovtun ; L. I. Kuprun ; V. L. Sobolev ; V. F. Shkar | |
| 001E82 |
A. M. Balbashov ; A. A. Volkov ; G. V. Kozlov ; S. P. Lebedev ; A. A. Mukhin ; A. Yu. Pronin ; A. S. Prokhorov ; A. M. Prokhorov | |
| 001E91 |
J. A. Hodges ; P. Imbert ; A. Schuhl | TmTO3(T=Al, Fe, Cr and V). A 169Tm Mössbauer study of magnetic and crystal field properties |
| 001E92 |
J. A. Hodges ; G. Jehanno | TmPd2Si2 and YbPd2Si2: a Mössbauer effect study of crystal fields and intermediate valence |
| 001E93 |
R. Szymczak ; A. M. Balbashov | The temperature dependence of domain wall energy in TmFeO3 |
| 001F09 |
G. A. Kraftmakher ; V. V. Meriakri ; A. Ya. Chervonenkis | Magnetic field sign effect on resonance absorption in domain walls of orthoferrites |
| 001F10 |
W. Mutscheller ; M. Wagner | Low temperature heat conductivity of the cooperative vibronic system TmVO4 |
| 001F18 |
B. Daudin ; W. Mutscheller ; M. Wagner | Heat conductivity of the cooperative vibronic system TmVO4 |
| 001F21 |
B. C. Becker ; T. Hayhurst ; G. Shalimoff ; J. G. Conway ; N. Edelstein ; L. A. Boatner ; M. M. Abraham | Crystal field analysis of Tm3+ and Yb3+ in YPO4 and LuPO4 |
| 001F23 |
V. R. K. Murthy ; R. F. Belt | Comparative study of anisotropy fields in garnet films |
| 001F28 |
V. Eh. Osukhovskij ; D. E. Linkova ; Z. Z. Ditina ; V. A. Lenkov ; L. A. Tsygel'Nyuk ; A. E. Mens'Shikh ; Yu. K. Milyaev ; V. I. Mleko | |
| 001F29 |
Yu. A. Mamalij ; Yu. A. Siryuk ; E. F. Khodosov | |
| 001F31 |
G. A. Kraftmakher ; V. V. Meriakri ; A. Ya. Chervonenkis | |
| 001F35 |
M. V. Chetkin ; S. N. Gadetskij ; A. P. Kuz'Menko ; A. I. Akhutkina | |
| 001F36 |
A. I. Belyaeva ; O. V. Miloslavskaya ; V. P. Yur'Ev ; V. A. Potakova | |
| 001F37 |
A. M. Balbashov ; G. V. Kozlov ; S. P. Lebedev ; A. M. Prokhorov ; A. S. Prokhorov | |
| 001F41 |
R. F. Al'Mukhametov ; K. P. Belov ; N. V. Volkova ; N. M. Kolacheva ; R. Z. Levitin | |
| 001F42 |
R. F. Al'Mukhametov ; K. P. Belov ; N. V. Volkova | |
| 001F45 |
| Etude de systèmes Jahn-Teller coopératifs au moyen de phonons: atténuation d'hypersons à 9 GHz, conduction thermique, chaleur spécifique |
| 001F46 |
V. S. Speriosu ; C. H. Wilts | X-ray rocking curve and ferromagnetic resonance investigations of ion-implanted magnetic garnet |
| 001F49 |
D. J. Breed ; P. Q. J. Nederpel | The movement of magnetic bubbles in a rotating field gradient |
| 001F50 |
D. A. Saunders ; M. H. Kryder | The influence of stress relaxation on charged walls in a (100)-oriented garnet film |
| 001F51 |
L. Jastrabik ; S. Pacesova ; M. V. Fock ; N. N. Grigoriev | Study of the photoexcitation mechanisms of Tm+3 luminescent centres in ZnS:Tm |
| 001F59 |
G. Kaindl ; W. D. Brewer ; G. Kalkowski ; F. Holtzberg | M-edge X-ray absorption spectroscopy: a new tool for dilute mixed-valent materials |
| 001F62 |
H. Zimmermann ; R. Boyn | Excitation behaviour of blue (1G4→3H6) and infrared (3F4→3H6) photoluminescence of ZnS:Tm, Ag crystals |
| 001F64 |
J. A. Nyenhuis ; B. J. Guo ; F. J. Friedlander ; H. Sato | Dynamic conversion of a magnetic bubble in a rotating gradient experiment |
| 001F65 |
M. F. Reid ; J. J. Dallara ; F. S. Richardson | Comparison of calculated and experimental 4f→4f intensity parameters for lanthanide complexes with isotropic ligands |
| 001F72 |
R. Braun ; S. Kemmler-Sack | Zweifarben-Emission im neuen Wirtsgitter Sr3La2□W2O12 |
| 001F74 |
R. V. Telesnin ; Yu. A. Durasova ; A. M. Lyu-Fachun ; A. F. Martynov ; V. V. Randoshkin | |
| 001F78 |
V. Eh. Osukhovskij ; D. E. Linkova ; V. A. Lenkov ; L. A. Tsygel'Nyuk ; Yu. K. Milyaev ; V. I. Mleko | |
| 001F80 |
A. Yu. Lebedev ; V. I. Ozhogin ; V. L. Safonov ; A. Yu. Yakubovskij | |
| 001F81 |
A. Yu. Kozhukhar ; I. I. Polonejchik | |
| 001F85 |
L. P. Ivanov ; A. S. Logginov ; G. A. Nepokojchitskij ; N. I. Nikitin | |
| 001F86 |
V. G. Bar'Yakhtar ; V. T. Dovgij ; B. Ya. Sukharevskij ; E. F. Khodosov ; E. O. Tsybul'Skij ; V. A. Shapovalov | |
