INIS
titanium oxides
100%
thin films
92%
irradiation
65%
modifications
61%
ion beams
61%
surfaces
61%
photocatalysis
42%
oxides
39%
solar cells
35%
metals
35%
dip coating
30%
spin-on coating
30%
opals
30%
deposition
30%
luminescence
30%
yttrium oxides
30%
protection
30%
ultraviolet radiation
30%
coatings
30%
power
30%
photochemistry
30%
hydrogen production
30%
nanostructures
30%
pollutants
30%
removal
30%
water
15%
grants
15%
films
13%
yields
12%
conversion
11%
efficiency
11%
density
8%
photocurrents
8%
nanoparticles
8%
coating processes
8%
graphene
8%
applications
8%
performance
8%
photons
7%
layers
7%
carbon
7%
tungsten oxides
7%
zinc oxides
7%
cost
7%
fuels
7%
Keyphrases
Photoelectrochemical Activity
92%
Ion Beam Irradiation
61%
TiO2 Composite Film
61%
Surface Modification
61%
High Intensity Pulsed Ion Beam (HIPIB)
61%
2D TiO2
61%
Faculty Development
30%
TiO2 Thin Film
30%
Spin Coating
30%
Inverse Opal
30%
Dip Coating
30%
Grant Program
30%
Photocatalyses
30%
TiO2 Nanoparticles
15%
Inverse Opal Structure
15%
Photocurrent Density
15%
TiO2 Film
15%
Energy Figure
10%
Composition Factors
10%
Yield Space
10%
Light Reflection
7%
Density Enhancement
7%
Photocatalytic System
7%
Physicochemical Analysis
7%
Electrochromic Device
7%
Third Generation Solar Cells
7%
Spin Coating Technique
7%
Device Sensors
7%
High Crystallinity
7%
Photoelectrochemical Performance
7%
Gas Sensor
7%
Slurry
7%
Charge Carrier Recombination
7%
Energy Collecting
7%
Ultraviolet Protective Factor
7%
High Efficiency
7%
Carbon-free Fuel
7%
SrTiO3
7%
Material Science
Titanium Dioxide
100%
Thin Films
92%
Surface Treatment
61%
Metal Oxide
41%
Solar Cell
35%
Spin Coating
30%
Nanocrystalline Material
30%
Photocatalysts
30%
Photocatalysis
30%
Two-Dimensional Material
30%
Film
13%
Graphene Oxide
10%
Nanocomposite
10%
Graphene
10%
MXene
10%
Coating Process
8%
Density
8%
Nanoparticle
8%
ZnO
7%
Optical Material
6%
Silicon Solar Cell
6%