INIS
absorption
9%
acetylene
5%
aggregation
5%
air
5%
alginates
12%
alkoxides
6%
animal cells
8%
antibodies
27%
antioxidants
5%
apatites
8%
apoptosis
5%
applications
28%
architecture
7%
assessments
6%
atp
5%
beetles
8%
blood-brain barrier
8%
bonding
6%
brain
9%
breasts
8%
brucella
12%
cancer
41%
carbon
28%
carbon nanotubes
71%
catalysts
16%
chains
7%
chemical vapor deposition
9%
chemistry
5%
coatings
32%
color
8%
coloration
5%
comparative evaluations
15%
concentration
13%
control
12%
copper
11%
copper oxides
12%
corrections
6%
crystals
8%
damage
10%
data
8%
defects
12%
density
5%
deposition
28%
deposits
5%
design
12%
devices
8%
diabetes mellitus
5%
dispersions
15%
distribution
13%
doses
17%
droplets
7%
dyes
8%
efficiency
5%
electrochemistry
9%
electron diffraction
5%
electron emission
9%
electrons
15%
energy
9%
epidermis
5%
erythrocytes
8%
evaluation
6%
extraction
12%
fabrication
6%
fibers
8%
films
37%
fine structure
5%
flowers
5%
fluids
13%
fluorescence
7%
foams
12%
gases
16%
gold
54%
graphene
16%
growth
22%
growth factors
11%
hemolysis
5%
host
10%
humans
28%
hybrids
39%
hydrogen
7%
in vitro
27%
in vivo
18%
increasing
5%
incubation
7%
inflammation
11%
inhibition
5%
insulin
6%
interactions
19%
interfaces
6%
ions
6%
irradiation
16%
lactates
5%
layers
28%
length
9%
leptin
8%
levels
8%
linear energy transfer
8%
lipids
7%
loading
8%
losses
8%
luminescence
8%
lysosomes
5%
magnetrons
24%
males
9%
matrices
15%
membranes
12%
metals
31%
metastases
16%
MeV range
6%
mice
12%
microwave radiation
5%
mitochondria
20%
modeling
7%
modifications
6%
molecules
12%
monoclonal antibodies
6%
morphology
26%
myelin
8%
nanocrystals
5%
nanomaterials
6%
nanoparticles
100%
nanostructures
34%
nanotubes
17%
nickel
11%
nuclei
7%
optical properties
5%
oxidation
11%
oxides
12%
oxygen
11%
particle size
5%
particles
18%
photocatalysis
16%
physical properties
6%
physical vapor deposition
8%
plasma
24%
polycrystals
8%
polymerization
5%
polymers
27%
polystyrene
7%
porosity
5%
porous materials
25%
precursor
11%
processing
9%
production
7%
proteins
18%
protons
34%
radiosensitizers
9%
radiotherapy
7%
range
9%
rats
14%
receptors
23%
refractive index
6%
resolution
7%
restoration
5%
rutile
6%
scanning electron microscopy
19%
scanning tunneling microscopy
5%
sciatic nerve
8%
sensitivity
6%
sensors
11%
shape
9%
shells
6%
silica
16%
silicon carbides
12%
simulation
19%
size
19%
spectra
5%
spheres
7%
sputtering
13%
stability
7%
strains
6%
substrates
23%
surface area
8%
surfaces
58%
synthesis
29%
tantalum
8%
tantalum oxides
9%
texture
5%
thalamus
5%
therapy
21%
thin films
10%
titanium
32%
titanium carbides
12%
titanium oxides
25%
tools
6%
toxicity
29%
transmission electron microscopy
11%
tumors
23%
tuning
5%
uptake
9%
values
6%
vapors
5%
viability
6%
wastes
5%
water
9%
x radiation
9%
x-ray photoelectron spectroscopy
13%
yields
6%
zinc oxides
8%
zirconium
11%
Keyphrases
Cancer Cell Targeting
8%
Nanoparticle Targeting
8%
Plasma Vapor Deposition
5%
Polymer-coated
8%
Radiosensitizing Effect
8%