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Palavra-chave:
photoluminescence
utilizada 180 vezes por 9 professores
Utilizada por 9 professores
Por ordem de relevância (total: 9)
Elson Longo da Silva
Edson Roberto Leite
Sidney Jose Lima Ribeiro
Ado Jorio de Vasconcelos
Severino Alves Junior
Leonardo Cristiano Campos
Oscar Manoel Loureiro Malta
Amir Ordacgi Caldeira
Nei Fernandes de Oliveira Junior
Palavras-chave relacionadas
Palavra-chave relacionada é aquela que foi utilizada juntamente com "photoluminescence"
(Ca0.99Nd0.01)TiO3
2,5-tjiophenedicarboxylic acid
ABO3
Ab-initio
Acetylacetonate
Acid-catalysis
BCT
BTO
BZT thin films
Ba(Zr,Ti)O3
BaMoO4
BaMoO4 powders
BaWO4
BaZrO3
Band gap
Barium calcium titanate
BatiO3
Blue emission
CARACTERIZAÇÃO ESTRUTURAL
CaMoO4
CaTiO3:Sm
CaTio3
CaZn2(OH)6·2H2O
Calcium titanate
Ceramics
Co-precipitation
Crystal
Crystal Growth
Crystal Structure
Crystalline structure
Di-ureasils
Dielectric
Drud Delivery
Erbium-doped
Eu3+
Eu3+ betadiketonate complexes
Eu3+-b-diketonate complex
Europio
Exciton
Experimental
Glass
HfO2
Infrared
Laboratory controlled atmosphere
Lanthanide complex
Li2TiSiO5
LiNbO3
Localized states
Lozenge
MOFs
Metal−organic frameworks
MgTO3
Microstructure
Microwave hydrothermal method
Microwave synthesis
Mn-doped BaTiO3
MnWO4
N
NIR emission
Nanostructure
Nanotechnology
Optical Properties
PLZ
PLZT ceramics
PZT
Pb
PbMoO4
PbTiO3
PbWO4
Pechini
Polymer
Pseudomonas aeruginosa biofilms
Quantum Chemistry
Raman
Rare Earth
Rare-Earth
Rietveld
Rietveld refinement
Scheelite
SiO2
SiO2-Ta2O5
Silica glass
Silicate
SnO2
SrMoO4
SrTiO3
SrWO4
SrZrO3
Strontium bismuth niobate
Structural order disorder
Tetrakis complexes
Thermal decomposition
Thin Films
Ti
Tri-ureasils
Tripodal organic?inorganic hybrids
XANES
Yttrium oxide
Zn2TiO4
ZnS
Zr
ZrO2
ZrTiO4
ab initio
ab initio calculations
absorbance spectrum
amorphous
amorphous semiconductors
amorphous thin films
attrition mill
barium titanate
biofunctional silica nanoparticles
bismuth tungstate
bosonization
calcium molibdate
carbon nanotubes
chemical method
chemical route
chemical solution
chromium
co-doped
complex polymerization method
computational theory
conventional hydrothermal
coordination polymer
core shell
core/shell
dft
disorder
electronic structure
emission quantum yield
erbium
europium
ferroelectric
ferroelectrics
filmes
films
fâ013f transitions
growth process
high energy
hybrids
hydrothermal
hydrothermal microwave
hydroxyapatite
indium hydroxide
lanthanide
lanthanide complexes
lanthanides
lattice defects
luminescence
microcrystals
microwave
microwave assisted hydrothermal
microwave hydrothermal
microwave-hidrothermal
milling
molybdate
morpholology
nanocoating
nanocrystals
nanoestructure
nanomaterial
nanoparticle
nanoparticles
nanorods
nanoscaled
nanostructures
nanostrucutre
nanothecnology
nanpowders
optical absorption behavior
optical band gap
order disorder
order-disorder
order-disorder transition
ordered- disordered
oxides
periodic model
peroviskites
perovskitas
perovskite
photoacoustic spectroscopy
photoluminescence
polymeric precursor method
polymeric precursosr method
powder
powders
quantum Hall systems
rare earths
relaxation
semiconductor
silica- glass
sol gel
sol-gel
substrates
surface defects
surface modification
synthesis
theoretical
theoretical study
thin filmes
thulium
tight binding calculation
tin dioxide
titanate
titanates
tungstate
upconversion
vacancies
white-light
x-ray
zinc oxide
zirconiun titanete
CTIT UFMG