Publication
- rice-straw
- polyaniline
- succinylation
- Li-ion battery
- Organic nanowire
- superhydrophobic surfaces
- Hydrogen storage
- Cytotoxicity
- open framework
- heat treatment
- dynamic mechanical property
- conjugated polymers
- Glycol chitosan
- titanium compounds
- dye‐sensitized solar cell
- nanoparticle
- graphene
- Metal-organic framework
- Photodynamic therapy
- superhydrophilic surfaces
- Heteroatom doping
- structure−property relationships
- Azo dyes
- Naphthalene
- Dye-based color filters
- curing reaction
- capacitance
- Photosensitizer
- Targeted delivery
- electrochemistry
- electrochemical synthesis
- Crystal structure
- Hybrid composite
- acetoacetanilide
- regioselectivity
- Adriamycin
- BET surface area
- morphology
- in vivo imaging
- Chemical erosion
- thermal property
- Si-doping
- control
- annealing
- Diimide
- Carbon
- Rice straw
- Doxorubicin
- tungsten film
- High adsorption properties
- Carbon fibres
- gelation
- platinum
- Hydrogen retention
- photochromism
- electrochemical electrodes
- chitosan
- plasma spray
- conjugated linoleic acid
- Ferrous sulfate
- splat boundary
- ruthenium compounds
- nanofiber
- electrical property
- Catalyst
- Fracture
- Carbon yield
- Organic devices
- one-stage KOH-activation
- Nanoporous carbons
- dispersion
- Highly crimped and crystalline carbon
- Nuclear graphite
- hierarchical structures
- substrates
- conjugated polymer
- Tungsten
- controlled drug release
- Electrodes
- metal-organic frameworks
- new polyamide film
- Chemical treatment
- Hydrogen spillover
- Electrospinning
- Mixing
- Activated carbon
- indentation
- Intermolecular interaction
- supercapacitors
- Plasma facing materials
- Silicon
- Sustained release
- LCD color filters
- fullerene
- zeolites
- hydrogel
- fluorescence photoswitching
- Relative contribution
- Plasma-Material Interaction
- coordination
- Transmission electron microscopy
- Density functional theory
- Structure–property relationship
- metal–organic frameworks
- Carbonization
- TGA
- Nanotherapeutics
- Photocatalyst
- Nanoaggregates
- carbon nanotubes
- Hydrogen adsorption
- ZnO nanostructure
- Interdigitated columnar structure
- Hydrogen ion irradiation
- Porous carbon
- X-ray diffraction
- Porosity
- Physico-chemical microstructure
- Carbon fibers
- Carbon nitride
- Cellulose
- Computational ab initio structure determination
- nanomaterials
- QM calculation
- Carbon beads
- Electrical conductivity
- Intra-molecular interaction
- Conducting PAN/polyaniline composite
- X-ray photoelectron spectroscopy
- Nanofibrils
- Soft lithography
- Inter-molecular interaction
- Erosion
- benzoxazinone unit
- SWCNT
- Tumor
- Castellation
- Electrochemical properties
- Binder ratio
- Surface treatment
- FT-IR
- rheology
- MOF-derived carbon
- co-deposition
- Electrochemical performance
- Adsorption
- pore characteristics
- poly(etyhlene glycol)
- Graphitization
- gel‐electrolytes
- TiO2
- bulk consumption of carbon
- Glycol-chitosan
- polycarbonate/carbon nanotube composites
- biopolymers
- Discotic liquid crystal
- Structure–property correlation
- acetoacetamide
- Self-aggregates
- Surface properties
- functional coatings
- Small-angle X-ray scattering
- physisorption
- KOH-activation mechanism
- Thermal stability
- crystalline disorder
- Infrared spectroscopy
- Nanomedicine
- lattice fringe parameters
- compressive strength
- organic photovoltaic
- Lithium ion batteries
- microparticle
- pendant ethoxycarbonyl group
- Li-doped SWCNTs
- electroconductive composite
- surface functional groups
- oxidative stability
- Metal organic framework
- Structural modification
- nanocomposite
- Phenol–formaldehyde spheres
- Plasma–surface interaction
- electron microscopy
- PEGylation
- Stabilization
- microstructure
- nanoporous materials
- Scanning electron microscopy
- Pt-loaded multi-walled carbon nanotube
- Pyrolysis
