INIS
rats
100%
nanoparticles
90%
silicon carbides
80%
particles
75%
lungs
73%
x radiation
65%
emission
65%
toxicity
60%
doses
59%
nanomaterials
48%
titanium carbides
39%
minerals
39%
oral administration
36%
feces
36%
carbides
33%
irradiation
30%
clearance
30%
clusters (ion)
30%
gases
30%
in vivo
30%
inflammation
30%
asymmetry
30%
particle-induced x-ray emission analysis
30%
silicon
30%
in vitro
30%
oxides
30%
nanostructures
20%
concentration
20%
distribution
20%
incidents
20%
particle size
20%
ion beams
15%
incubation
15%
surfaces
15%
proteins
15%
titanium oxides
15%
silicon oxides
15%
catalysts
12%
administration
12%
coffee
12%
milk
12%
orientation
9%
macrophages
9%
spatial distribution
9%
levels
9%
x-ray photoelectron spectrometry
9%
lymphocytes
9%
growth
9%
neutrophils
9%
atoms
9%
Keyphrases
Genotoxicity
30%
Carbide Particles
30%
SiC Nanoparticles
30%
Rat Lung
30%
Biopersistence
30%
TiC Nanoparticles
30%
Dosing Pump
30%
Composition Change
30%
Rat Model
30%
Sonochemistry
30%
Biodistribution
30%
Feces
30%
Silicon Carbide Nanoparticles
30%
Orally Administered
30%
Trace Metals
30%
Food Matrix
30%
SrTiO3
30%
BaSnO3
30%
Protein Corona
30%
Electric Mobility
30%
Copper-platinum Nanoparticles
30%
Protective Shield
30%
Subchronic Exposure
30%
Cardiac Performance
30%
Nanoripples
30%
Gas Cluster Ion Beam
30%
Spontaneously Hypertensive Rats
30%
Cardiac Structure
30%
Oxide Nanomaterials
30%
Particle-induced X-ray Emission Analysis
30%
Engineered Nanomaterials
30%
Milk
22%
Coffee
22%
Ag Nanoparticles (AgNPs)
22%
Mineral Content
20%
Mineral Absorption
20%
Acute Administration
20%
La Content
15%
Pulsed Laser Deposition
15%
Dislocation Density
15%
Lanthanum Doped Barium Stannate
15%
Hall Carrier
15%
Room Temperature Resistivity
15%
Degree of Crystallinity
15%
Perovskite Single Crystals
15%
Curved Surface
15%
Solubility Limit
15%
Hall Mobility
15%
X-ray Diffraction Pattern
15%
Displacement Reaction
15%
