Keyphrases
Silica Nanospheres
100%
Therapeutic Use
100%
Catalytic Applications
100%
Hollow Silica
100%
Human Body
100%
High Specific Surface Area
50%
Esters
50%
Glycerol
50%
Biological Interactions
50%
Chelated Iron
50%
Nanotubes
50%
Metallic Precursor
50%
Derivates
50%
Dual Approach
50%
Drug Delivery
50%
Waste Valorization
50%
Surfactant
50%
Solketal
50%
Silica Materials
50%
Catalyst Support
50%
High Pore Volume
50%
Hollow Nanospheres
50%
Silica-based
50%
Silicon Atom
50%
Production Cycle
50%
Synthesis Methods
50%
Surface Control
50%
Heterogeneous Catalyst
50%
Industrial Production
50%
Micelle Assembly
50%
Hollow Nanotubes
50%
Biodiesel Product
50%
Zinc
50%
Acidic Sites
50%
Isomorphous Substitution
50%
Nanospheres
50%
Chelated Zinc
50%
Mineral Sources
50%
Controlled Porosity
50%
Adsorbent
50%
Recycling Potential
50%
Synthesis Pathway
50%
Unique Morphology
50%
Lewis Acid Sites
50%
Biomass Valorization
50%
Brønsted Acid
50%
Biological Processes
50%
INIS
nanotubes
100%
silica
100%
applications
100%
synthesis
66%
catalysts
66%
humans
66%
zinc
66%
production
66%
iron
66%
yields
66%
regulations
33%
specific surface area
33%
glycerol
33%
growth
33%
vehicles
33%
by-products
33%
control
33%
wastes
33%
biomass
33%
surfactants
33%
adsorbents
33%
biodiesel fuels
33%
atoms
33%
solids
33%
volume
33%
lewis acids
33%
precursor
33%
design
33%
minerals
33%
morphology
33%
porosity
33%
recycling
33%
catalyst supports
33%
esters
33%
silicon
33%
interactions
33%
drug delivery
33%
architecture
33%