tag :: THIN | BibSonomy

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1OracleDriver (Oracle ® Database JDBC API Reference)
The following example connects user scott with password tiger to a database with SID orcl through port 1521 of host myhost, using the Thin driver. Connection conn = DriverManager.getConnection ("jdbc:oracle:thin:@myhost:1521:orcl", "scott", "tiger")
5 years ago by @jil
show all tags
connection
driver
jdbc
oracle
string
thin
connectiondriverjdbcoraclestringthin
(0)
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- community post
- history of this post
1Unicorn! - GitHub
https://github.com/blog/517-unicorn
8 years ago by @bshanks
show all tags
unicorn
ruby
server
webserver
scale
scaling
thin
passenger
mongrel
unicornrubyserverwebserverscalescalingthinpassengermongrel
(0)
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- history of this post
1IEEE Xplore - Plenary talk - deposition of nanocrystalline TiO2 thin films on poly(ethylene terephthalate) at &#x2...
http://ieeexplore.ieee.org/xpls/abs_all.jsp?arnumber=6145126&tag=1
11 years ago by @subsequently
show all tags
deposition
films
ieee
photocatalysis
thin
tio2
depositionfilmsieeephotocatalysisthintio2
(0)
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- community post
- history of this post
125 Beautiful and Free Thin Fonts
http://vandelaydesign.com/blog/design/thin-fonts/
14 years ago by @drzoom
show all tags
fonts
thin
typography
fontsthintypography
(0)
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- community post
- history of this post
2:: Thinstation - a light, full-featured Linux thin client OS ::
Thinstation is a thin client Linux distribution that makes a PC a full-featured thin client supporting all major connectivity protocols: Citrix ICA, NoMachine NX, 2X ThinClient, MS Windows terminal services (RDP), Cendio ThinLinc, Tarantella, X, telnet, t
16 years ago by @lystrata
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client
computers
linux
rdp
thin
thinclient
thinstation
clientcomputerslinuxrdpthinthinclientthinstation
(0)
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⟨⟨
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2
3
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publications (hide)102
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1Heat capacity measurements of Sn nanostructures using a thin-film differential scanning calorimeter with 0.2 nJ sensitivity
S. Lai, G. Ramanath, L. Allen, and P. Infante. Applied Physics Letters, 70 (1): 43-45 (1997)
15 years ago by @jfischer
show all tags
calorimeters;
films,
heat;
materials;
melting;
microcalorimetry,
nanostructured
science,
sensor;
specific
surface
thin
tin;
calorimeters;films,heat;materials;melting;microcalorimetry,nanostructuredscience,sensor;specificsurfacethintin;
(0)
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1Nanocalorimeter for high resolution measurements of low temperature heat capacities of thin films and single crystals
F. Fominaya, T. Fournier, P. Gandit, and J. Chaussy. Review of Scientific Instruments, 68 (11): 4191-4195 (1997)
15 years ago by @jfischer
show all tags
calorimeters;
compounds;
films;
heat;
lead;
magnetic
measurement;
microcalorimetry,
multilayers;
organic
science
specific
superconducting
surface
thermal
thin
variables
calorimeters;compounds;films;heat;lead;magneticmeasurement;microcalorimetry,multilayers;organicsciencespecificsuperconductingsurfacethermalthinvariables
(0)
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1Thin film microcalorimeter for heat capacity measurements from 1.5 to 800 K
D. Denlinger, E. Abarra, K. Allen, P. Rooney, M. Messer, S. Watson, and F. Hellman. Review of Scientific Instruments, 65 (4): 946-959 (1994)
15 years ago by @jfischer
show all tags
013
04001000
1365
273400
65273
CALORIMETERS;
DESIGN,
FILMS;
HEAT;
K;
RANGE
SPECIFIC
TEMPERATURE
THIN
microcalorimetry,
science,
sensor;
surface
01304001000136527340065273CALORIMETERS;DESIGN,FILMS;HEAT;K;RANGESPECIFICTEMPERATURETHINmicrocalorimetry,science,sensor;surface
(0)
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1Time-resolved temperature measurements during pulsed laser irradiation using thin film metal thermometers
D. Brunco, J. Kittl, C. Otis, P. Goodwin, M. Thompson, and M. Aziz. Review of Scientific Instruments, 64 (9): 2615-2623 (1993)
15 years ago by @jfischer
show all tags
CONDUCTIVITY
CONDUCTIVITY;
ELECTRIC
FILMS;
IRRADIATION;
LASER
LAYERS;
MEASUREMENT;
NICKEL
NS
PLATINUM;
PULSED
RADIATION;
RANGE;
RESOLUTION;
SILICIDES;
SURFACE
TEMPERATURE
THERMAL
THERMOMETERS;
THIN
TIME
CONDUCTIVITYCONDUCTIVITY;ELECTRICFILMS;IRRADIATION;LASERLAYERS;MEASUREMENT;NICKELNSPLATINUM;PULSEDRADIATION;RANGE;RESOLUTION;SILICIDES;SURFACETEMPERATURETHERMALTHERMOMETERS;THINTIME
(0)
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2Progress in the measurement and modeling of physisorbed layers
L. Bruch, R. Diehl, and J. Venables. Reviews of Modern Physics, 79 (4): 1381 (2007)
15 years ago by @jfischer
show all tags
Waals
Xenon
adsorbed
chemical
compounds;
density
der
desorption;
ellipsometry;
films;
forces;
friction;
functional
interdiffusion;
layers;
microscopy;
molecular
monolayers;
organic
orientation;
scanning
stimulated
structure;
surface
theory;
thermally
thin
tunnelling
van
WaalsXenonadsorbedchemicalcompounds;densityderdesorption;ellipsometry;films;forces;friction;functionalinterdiffusion;layers;microscopy;molecularmonolayers;organicorientation;scanningstimulatedstructure;surfacetheory;thermallythintunnellingvan
(0)
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1First-principles relativistic study of spin waves in thin magnetic films
L. Udvardi, L. Szunyogh, K. Palotas, and P. Weinberger. Physical Review B (Condensed Matter and Materials Physics), 68 (10): 104436 (2003)
15 years ago by @pbuczek
show all tags
(electron);
Hamiltonians;
KKR
ab
anisotropy;
calculations
calculations;
cobalt;
copper;
energy;
exchange
ferromagnetic
films;
free
gold;
initio
interactions
interactions;
iron;
magnetic
magnons;
materials;
monolayers;
spin
spin-orbit
thin
waves;
(electron);Hamiltonians;KKRabanisotropy;calculationscalculations;cobalt;copper;energy;exchangeferromagneticfilms;freegold;initiointeractionsinteractions;iron;magneticmagnons;materials;monolayers;spinspin-orbitthinwaves;
(0)
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1Noncollinear magnetism in rough ultrathin gamma-Fe films
R. Lorenz, and J. Hafner. Physical Review B (Condensed Matter and Materials Physics), 58 (9): 5197-5200 (1998)
15 years ago by @pbuczek
show all tags
ab
anisotropy;
calculations;
density
films;
functional
initio
iron;
magnetic
moments
structure;
theory;
thin
abanisotropy;calculations;densityfilms;functionalinitioiron;magneticmomentsstructure;theory;thin
(0)
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1Spin-Polarized Electron Energy Loss Spectroscopy of High Energy, Large Wave Vector Spin Waves in Ultrathin fcc Co Films on Cu(001)
R. Vollmer, M. Etzkorn, P. Kumar, H. Ibach, and J. Kirschner. Physical Review Letters, 91 (14): 147201 (2003)
15 years ago by @pbuczek
show all tags
cobalt;
dispersion
electron
energy
films;
loss
magnetic
polarisation;
relations
spectra;
spin
thin
waves;
cobalt;dispersionelectronenergyfilms;lossmagneticpolarisation;relationsspectra;spinthinwaves;
(0)
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1Theory of the spin dynamics of bulk Fe and ultrathin Fe(100) films
H. Tang, M. Plihal, and D. Mills. Journal of Magnetism and Magnetic Materials, 187 (1): 23-46 (August 1998)
15 years ago by @pbuczek
show all tags
Approximation
Binding
Ferromagnetic
Ferromagnetism;
Iron;
Magnetic
Spin
Ultrathin
dynamics
energy;
films;
materials;
permeability;
theory;
thin
ApproximationBindingFerromagneticFerromagnetism;Iron;MagneticSpinUltrathindynamicsenergy;films;materials;permeability;theory;thin
(0)
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1Structural, magnetic, and transport properties of thin films of the Heusler alloy Co$_2$MnSi
L. Singh, Z. Barber, Y. Miyoshi, Y. Bugoslavsky, W. Branford, and L. Cohen. Appl. Phys. Lett., 84 (13): 2367--2369 (March 2004)
15 years ago by @pbuczek
show all tags
alloys,
cobalt
coercive
deposition,
electron
ferromagnetic
films
films,
force,
growth,
magnetic
magnetisation,
magnetoresistance,
manganese
materials,
polarisation,
sapphire,
semiconductor
silicon
spin
sputter
texture,
thin
alloys,cobaltcoercivedeposition,electronferromagneticfilmsfilms,force,growth,magneticmagnetisation,magnetoresistance,manganesematerials,polarisation,sapphire,semiconductorsiliconspinsputtertexture,thin
(0)
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1Importance of giant spin fluctuations in two-dimensional magnetic trilayers
A. Scherz, C. Sorg, M. Bernien, N. Ponpandian, K. Baberschke, H. Wende, and P. Jensen. Physical Review B (Condensed Matter and Materials Physics), 72 (5): 054447 (2005)
15 years ago by @pbuczek
show all tags
(electron);
Curie
Green's
cobalt;
copper;
exchange
ferromagnetic
films;
fluctuations
function
interactions
magnetic
magnetisation;
materials;
methods;
multilayers;
nanostructured
nickel;
spin
temperature;
thin
(electron);CurieGreen'scobalt;copper;exchangeferromagneticfilms;fluctuationsfunctioninteractionsmagneticmagnetisation;materials;methods;multilayers;nanostructurednickel;spintemperature;thin
(0)
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1Spin Wave Signature in the Spin Polarized Electron Energy Loss Spectrum of Ultrathin Fe Films: Theory and Experiment
M. Plihal, D. Mills, and J. Kirschner. Physical Review Letters, 82 (12): 2579-2582 (1999)
15 years ago by @pbuczek
show all tags
ELECTRONIC
ENERGY-LOSS
FERROMAGNETIC
FILMS;
IRON;
MATERIALS;
SPECTROSCOPY;
SPIN
STRUCTURE;
THIN
WAVES;
electron
energy
films;
loss
magnetic
polarisation;
spectra
spin
thin
ELECTRONICENERGY-LOSSFERROMAGNETICFILMS;IRON;MATERIALS;SPECTROSCOPY;SPINSTRUCTURE;THINWAVES;electronenergyfilms;lossmagneticpolarisation;spectraspinthin
(0)
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1Spin dynamics and spin-polarized EELS spectra of model itinerant-electron magnetic films
M. Plihal, and D. Mills. Physical Review B (Condensed Matter), 52 (17): 12813-12828 (1995)
15 years ago by @pbuczek
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ANTIFERROMAGNETIC
APPROXIMATION;
COLLECTIVE
EEL
EXCITATIONS;
FERROMAGNETIC
FILMS;
HUBBARD
MATERIALS;
MODEL;
PHASE
RANDOM
SPECTROSCOPY
SPIN
THIN
WAVES;
ANTIFERROMAGNETICAPPROXIMATION;COLLECTIVEEELEXCITATIONS;FERROMAGNETICFILMS;HUBBARDMATERIALS;MODEL;PHASERANDOMSPECTROSCOPYSPINTHINWAVES;
(0)
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1Atomic and magnetic structure of fcc Fe/Cu(100)
T. Kraft, P. Marcus, and M. Scheffler. Physical Review B (Condensed Matter), 49 (16): 11511-11514 (1994)
15 years ago by @pbuczek
show all tags

ATOMIC
COPPER;
DENSITY
DENSITY;
FCC
FERROMAGNETISM
FILMS;
FUNCTIONAL
IRON;
LATTICES;
MAGNETIC
METHOD;
MODELS;
MONOCRYSTALS;
MUFFIN
OVERLAYERS;
POTENTIAL;
SPIN
STRUCTURE;
SUBSTRATES;
THIN
TIN
ATOMICCOPPER;DENSITYDENSITY;FCCFERROMAGNETISMFILMS;FUNCTIONALIRON;LATTICES;MAGNETICMETHOD;MODELS;MONOCRYSTALS;MUFFINOVERLAYERS;POTENTIAL;SPINSTRUCTURE;SUBSTRATES;THINTIN
(0)
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1Theory of electronic structure and magnetic behavior of fcc iron grown on Cu(001)
G. Fernando, and B. Cooper. Physical Review B (Condensed Matter), 38 (5): 3016-3027 (1988)
15 years ago by @pbuczek
show all tags

COPPER;
CRYSTAL
DEPOSITION
ELECTRONIC
FACES;
FCC
FILMS;
IRON;
LATTICES;
MAGNETIC
MUFFIN
POTENTIAL;
PROPERTIES;
STRUCTURE;
SUBSTRATES;
THIN
TIN
COPPER;CRYSTALDEPOSITIONELECTRONICFACES;FCCFILMS;IRON;LATTICES;MAGNETICMUFFINPOTENTIAL;PROPERTIES;STRUCTURE;SUBSTRATES;THINTIN
(0)
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1High-wave-vector spin waves in ultrathin Co films on W(110)
M. Etzkorn, P. Kumar, W. Tang, Y. Zhang, and J. Kirschner. Physical Review B (Condensed Matter and Materials Physics), 72 (18): 184420 (2005)
15 years ago by @pbuczek
show all tags
(electron);
(wave);
Brillouin
Heisenberg
cobalt;
dispersion
electron
emission;
energy
exchange
films;
interactions
loss
magnetic
metallic
model;
moments
polarised
relations;
spectra;
spin
thin
waves;
zones;
(electron);(wave);BrillouinHeisenbergcobalt;dispersionelectronemission;energyexchangefilms;interactionslossmagneticmetallicmodel;momentspolarisedrelations;spectra;spinthinwaves;zones;
(0)
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1Anisotropy-driven long-range order in ultrathin ferromagnetic films
R. Erickson, and D. Mills. Physical Review B (Condensed Matter), 43 (13): 11527-11530 (1991)
15 years ago by @pbuczek
show all tags

ANISOTROPY;
CARLO
CORRELATIONS;
FERROMAGNETIC
FILMS;
HEISENBERG
LONG
MATERIALS;
METHOD;
MODEL;
MONTE
ORDER
PARAMETERS;
RANGE
SIMULATION;
THIN
ANISOTROPY;CARLOCORRELATIONS;FERROMAGNETICFILMS;HEISENBERGLONGMATERIALS;METHOD;MODEL;MONTEORDERPARAMETERS;RANGESIMULATION;THIN
(0)
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1Adsorption-driven spin reorientation transition in sesquilayers of Fe(110) on W(110)
T. Dürkop, H. Elmers, and U. Gradmann. Journal of Magnetism and Magnetic Materials, 172 (1-2): L1--L8 (August 1997)
15 years ago by @pbuczek
show all tags
-
Anisotropy
Spin-reorientation
Thin
films
seqsuilayers,
strain
transition,
-AnisotropySpin-reorientationThinfilmsseqsuilayers,straintransition,
(0)
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1Magnetism of an Fe monolayer on W(110)
A. Costa, R. Muniz, J. Cao, R. Wu, and D. Mills. Phys. Rev. B, 78 (5): 054439--9 (August 2008)
15 years ago by @pbuczek
show all tags
(electron),
Curie
Hamiltonians,
adsorbed
anisotropy,
antiferromagnetic
calculations,
density
electronic
exchange
ferromagnetic
films,
functional
ground
interactions
interactions,
interface
iron,
layers,
magnetic
magnetism,
materials,
metallic
monolayers,
of
spin
spin-orbit
states,
temperature,
theory,
thin
tight-binding
tungsten
waves,
(electron),CurieHamiltonians,adsorbedanisotropy,antiferromagneticcalculations,densityelectronicexchangeferromagneticfilms,functionalgroundinteractionsinteractions,interfaceiron,layers,magneticmagnetism,materials,metallicmonolayers,ofspinspin-orbitstates,temperature,theory,thintight-bindingtungstenwaves,
(0)
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1Theoretical Calculation of Magnetic Properties of Ultrathin Fe Films on Cu(100)
R. Camley, and D. Li. Physical Review Letters, 84 (20): 4709-4712 (2000)
15 years ago by @pbuczek
show all tags
ANTIFERROMAGNETISM;
COPPER;
DEPENDENCE;
EFFECT;
FERROMAGNETISM;
FILMS;
IRON;
MAGNETIZATION;
MEAN-FIELD
OSCILLATIONS;
PROXIMITY
TEMPERATURE
THEORY;
THICKNESS;
THIN
interface
magnetisation;
magnetism
ANTIFERROMAGNETISM;COPPER;DEPENDENCE;EFFECT;FERROMAGNETISM;FILMS;IRON;MAGNETIZATION;MEAN-FIELDOSCILLATIONS;PROXIMITYTEMPERATURETHEORY;THICKNESS;THINinterfacemagnetisation;magnetism
(0)
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1Ferromagnetism of ultrathin films
M. Bander, and D. Mills. Physical Review B (Condensed Matter), 38 (16): 12015-12018 (1988)
15 years ago by @pbuczek
show all tags

ANISOTROPY;
CORRELATION
FERROMAGNETISM;
FILMS;
GROUP
HEISENBERG
LAWS;
LENGTH
MAGNETIC
METHOD;
MODEL;
PHASE
RENORMALIZATION
SCALING
THIN
TRANSFORMATIONS;
ANISOTROPY;CORRELATIONFERROMAGNETISM;FILMS;GROUPHEISENBERGLAWS;LENGTHMAGNETICMETHOD;MODEL;PHASERENORMALIZATIONSCALINGTHINTRANSFORMATIONS;
(0)
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1Total Energy Spectra of Complete Sets of Magnetic States for fcc-Fe Films on Cu(100)
T. Asada, and S. Blugel. Physical Review Letters, 79 (3): 507-510 (1997)
15 years ago by @pbuczek
show all tags
APW
antiferromagnetism;
calculations;
copper;
energy
ferromagnetism
films;
iron;
magnetic
monolayers;
spin
states;
systems;
thin
APWantiferromagnetism;calculations;copper;energyferromagnetismfilms;iron;magneticmonolayers;spinstates;systems;thin
(0)
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2Particle size dependent adsorption and reaction kinetics on reduced and partially oxidized Pd nanoparticles
T. Schalow, B. Brandt, D. Starr, M. Laurin, S. Shaikhutdinov, S. Schauermann, J. Libuda, and H. Freund. Physical Chemistry Chemical Physics, (2007)
15 years ago by @jfischer
show all tags
ADSORPTION;
ALUMINA
ATMOSPHERIC-PRESSURE;
CATALYSTS;
CO
ENERGY-LOSS
FILM;
MODEL
MOLECULAR-BEAM;
OXIDE;
OXYGEN
PALLADIUM
PARTICLES;
SPECTROSCOPY;
SUBSURFACE
SURFACE
THIN
VIBRATIONAL
ADSORPTION;ALUMINAATMOSPHERIC-PRESSURE;CATALYSTS;COENERGY-LOSSFILM;MODELMOLECULAR-BEAM;OXIDE;OXYGENPALLADIUMPARTICLES;SPECTROSCOPY;SUBSURFACESURFACETHINVIBRATIONAL
(0)
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1High-cycle fatigue of single-crystal silicon thin films
C. Muhlstein, S. Brown, and R. Ritchie. Microelectromechanical Systems, Journal of, 10 (4): 593-600 (December 2001)
15 years ago by @enodev
show all tags
20
30
48
C,
Si
Si,
accumulation,
alternating
beams,
brittle
cantilever
cycle
damage
day,
devices,
elemental
evaluation,
failure,
fatigue,
films
films,
fracture
high
materials,
mechanics,
micromechanical
micron,
notched
premature
s
semiconductor
semiconductors,
silicon10
single-crystal
stresses,
surface
thin
to
203048C,SiSi,accumulation,alternatingbeams,brittlecantilevercycledamageday,devices,elementalevaluation,failure,fatigue,filmsfilms,fracturehighmaterials,mechanics,micromechanicalmicron,notchedprematuressemiconductorsemiconductors,silicon10single-crystalstresses,surfacethinto
(0)
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1Structural, electrical, and optical properties of copper indium diselenide thin film prepared by thermal evaporation method
N. Shah, J. Ray, K. Patel, V. Kheraj, M. Desai, C. Panchal, and B. Rehani. Thin Solid Films, 517 (13): 3639 - 3644 (2009)
15 years ago by @larsingleton
show all tags
Copper
diselenide
film
indium
thin
Copperdiselenidefilmindiumthin
(0)
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1Magnetic domain wall motion triggered by an electric current
M. Tsoi, R. Fontana, and S. Parkin. Appl. Phys. Lett., 83 (13): 2617--2619 (2003)
15 years ago by @gdurin
show all tags
alloys;
beam
cobalt
domain
electron
ferromagnetic
films;
iron
lithography;
magnetic
materials
materials;
nanostructured
thin
walls;
alloys;beamcobaltdomainelectronferromagneticfilms;ironlithography;magneticmaterialsmaterials;nanostructuredthinwalls;
(0)
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1Imaging of spin dynamics in closure domain and vortex structures
J. Park, P. Eames, D. Engebretson, J. Berezovsky, and P. Crowell. Phys. Rev. B, 67 (2): 020403 (2003)
15 years ago by @gdurin
show all tags
dynamics;
excited
ferromagnetic
films;
magnetic
magnetisation;
materials;
spin
states;
thin
vortices
dynamics;excitedferromagneticfilms;magneticmagnetisation;materials;spinstates;thinvortices
(0)
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1Domain Wall Creep in Magnetic Wires
F. Cayssol, D. Ravelosona, C. Chappert, J. Ferre, and J. Jamet. Phys. Rev. Lett., 92 (10): 107202 (2004)
15 years ago by @gdurin
show all tags
cobalt;
domain
ferromagnetic
films;
magnetic
materials
metallic
nanowires;
thin
walls;
cobalt;domainferromagneticfilms;magneticmaterialsmetallicnanowires;thinwalls;
(0)
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1Angular dependence of inverse spin--Hall effect induced by spin pumping investigated in a Nisub 81Fesub 19/Pt thin film
K. Ando, Y. Kajiwara, S. Takahashi, S. Maekawa, K. Takemoto, M. Takatsu, and E. Saitoh. Phys. Rev. B, 78 (1): 014413 (2008)
15 years ago by @gdurin
show all tags
Hall
alloys;
effect
ferromagnetic
films;
interface
iron
magnetic
magnetisation;
magnetism;
materials;
nickel
paramagnetic
platinum;
resonance;
spin
thin
Hallalloys;effectferromagneticfilms;interfaceironmagneticmagnetisation;magnetism;materials;nickelparamagneticplatinum;resonance;spinthin
(0)
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1Nanoanalysis of crystalline properties of GaN thin film using tip-enhanced Raman spectroscopy
R. Matsui, P. Verma, T. Ichimura, Y. Inouye, and S. Kawata. Appl.~Phys.~Lett., 90 (6): 061906 (2007)
16 years ago by @bronckobuster
show all tags
III-V
Raman
band
compounds;
films;
gallium
gap
semiconductor
semiconductors;
spectra
thin
wide
III-VRamanbandcompounds;films;galliumgapsemiconductorsemiconductors;spectrathinwide
(0)
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1Modification of the growth mode of Ge on Si by buried Ge islands
N. Usami, Y. Araki, Y. Ito, M. Miura, and Y. Shiraki. Appl.~Phys.~Lett., 76 (25): 3723--3725 (2000)
16 years ago by @bronckobuster
show all tags
atomic
buried
elemental
films
force
germanium;
growth;
island
layers;
microscopy;
nucleation;
photoluminescence;
self-assembly;
semiconductor
semiconductors;
silicon;
structure;
thin
wetting;
atomicburiedelementalfilmsforcegermanium;growth;islandlayers;microscopy;nucleation;photoluminescence;self-assembly;semiconductorsemiconductors;silicon;structure;thinwetting;
(0)
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1Kinetics of island density in thin film growth in the framework of statistical mechanics of rigid disks
M. Tomellini, and M. Fanfoni. Phys.~Rev.~B, 72 (15): 155407 (2005)
16 years ago by @bronckobuster
show all tags
discs;
films;
hard
mechanics;
nucleation
statistical
thin
discs;films;hardmechanics;nucleationstatisticalthin
(0)
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1Photocatalytic TiO2 thin films by aerosol-deposition: From micron-sized particles to nano-grained thin film at room temperature
J. Ryu, D. Park, B. Hahn, J. Choi, W. Yoon, K. Kim, and H. Yun. Applied Catalysis B: Environmental, 83 (1-2): 1--7 (September 2008)
16 years ago by @almailer
show all tags
Aerosol
Anatase,
Photocatalyst
Thin
TiO2,
deposition,
film,
AerosolAnatase,PhotocatalystThinTiO2,deposition,film,
(0)
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1Caracterisation du bruit d'un capteur magnetometrique a couche mince
G. Chiron, and J. Barrere. Signal Processing, 4 (4): 305--312 (July 1982)
16 years ago by @smicha
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1Do `thinly-traded' stocks benefit from specialist intervention?
M. Nimalendran, and G. Petrella. Journal of Banking & Finance, 27 (9): 1823--1854 (September 2003)
16 years ago by @smicha
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1Thin liquid films on chemically heterogeneous substrates: self-organization, dynamics and patterns in systems displaying a secondary minimum
A. Sharma, R. Konnur, and K. Kargupta. Physica A: Statistical Mechanics and its Applications, 318 (1-2): 262--278 (Feb 1, 2003)
16 years ago by @smicha
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1Phase properties of nematics confined by competing walls
J. Quintana, and A. Robledo. Physica A: Statistical and Theoretical Physics, 248 (1-2): 28--43 (Jan 1, 1998)
16 years ago by @smicha
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1Kinetics of thin films mechanical oscillations
D. Popov, S. Jacimovski, B. Tosic, and J. Setrajcic. Physica A: Statistical Mechanics and its Applications, 317 (1-2): 129--139 (Jan 1, 2003)
16 years ago by @smicha
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1Dynamics of hole growth in dewetting polystyrene films
C. Neto, and K. Jacobs. Physica A: Statistical Mechanics and its Applications, 339 (1-2): 66--71 (Aug 1, 2004)
16 years ago by @smicha
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1Ground state of antiferromagnetic thin films of the XY model under magnetic field and uniaxial potential
M. Momma, and T. Horiguchi. Physica A: Statistical and Theoretical Physics, 259 (1-2): 105--118 (Oct 1, 1998)
16 years ago by @smicha
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1Green's function theory of free electrons in thin films
S. Lazarev, M. Pantic, and B. Tosic. Physica A: Statistical and Theoretical Physics, 246 (1-2): 53--63 (Nov 15, 1997)
16 years ago by @smicha
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1Phase diagram of Ising thin films with decorated surfaces; decoupling approximation
T. Kaneyoshi. Physica A: Statistical Mechanics and its Applications, 293 (1-2): 200--214 (Apr 1, 2001)
16 years ago by @smicha
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1Surface enhanced resonant Raman scattering induced by silver thin films close to the percolation threshold
P. Gadenne, D. Gagnot, and M. Masson. Physica A: Statistical and Theoretical Physics, 241 (1-2): 161--165 (Jul 1, 1997)
16 years ago by @smicha
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1Dielectric properties of ferroelectric thin films with surface transition layers
H. Chen, T. Lü, L. Cui, and W. Cao. Physica A: Statistical Mechanics and its Applications, 387 (8-9): 1963--1971 (Mar 15, 2008)
16 years ago by @smicha
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1Infrared absorption of granular metal films in the percolation range
S. Berthier, J. Peiro, S. Fagnent, and P. Gadenne. Physica A: Statistical and Theoretical Physics, 241 (1-2): 1--5 (Jul 1, 1997)
16 years ago by @smicha
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1Spreading of a mercury droplet on thin gold films
A. Be'er, Y. Lereah, A. Frydman, and H. Taitelbaum. Physica A: Statistical Mechanics and its Applications, 314 (1-4): 325--330 (Nov 1, 2002)
16 years ago by @smicha
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1Convection cells in thin electrolytic films
C. Anteneodo, E. de Souza, D. Gallez, and P. Bisch. Physica A: Statistical Mechanics and its Applications, 283 (1-2): 243--249 (Aug 1, 2000)
16 years ago by @smicha
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1Epitaxial Growth in coherent, strained, asymmetric alloy films$^2$
A. Chatterji, N. Yang, and R. Desai. Abstract Book of the XXIII IUPAP International Conference on Statistical Physics, Genova, Italy, (9-13 July 2007)
17 years ago by @statphys23
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1Phase-field model for diffusion-limited surface growth
M. Nicoli, M. Castro, and R. Cuerno. Abstract Book of the XXIII IUPAP International Conference on Statistical Physics, Genova, Italy, (9-13 July 2007)
17 years ago by @statphys23
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