Keyphrases
Energy Storage
43%
Graphene-carbon Nanotubes
32%
Hierarchical Electrode
32%
Graphene Coating
32%
Pore Structure
32%
High Energy Density
32%
Fluorinated Graphene
32%
Nanocatalyst
32%
Micro-supercapacitors
32%
N-doped Graphene
32%
Solid State
32%
Performance Enhancement
32%
Pool Boiling Heat Transfer
32%
Graphene Electrodes
24%
Graphene
19%
Functionalized Graphene
16%
Energy Devices
16%
3D Porosity
16%
Controlled Nanostructures
16%
Electrochemically Exfoliated Graphene
15%
Ion Transport
15%
Graphene-based Materials
14%
Graphene Flakes
14%
Cm(III)
13%
Thermal Technologies
12%
Pool Boiling
12%
Boiling Heat Transfer
12%
Heat Transfer Performance
12%
Heat Transfer Enhancement
12%
Refrigerant
12%
Rationally Designed
11%
Power Density
11%
Material Properties
10%
Heteroatom Doping
10%
Supercapacitor
10%
Graphene Structure
10%
Porosity
10%
Transport Efficiency
8%
Costing Methods
7%
Capacitance
7%
Energy Density
7%
Areal Capacitance
7%
Electrolyte
7%
Copper Surface
6%
Reliable Route
6%
Working Fluid
6%
Pool Boiling Enhancement
6%
Graphene Interface
6%
Enhanced Boiling
6%
Vaporization
6%
Active Cavity
6%
Cavity Structure
6%
Dynamic Visualization
6%
Graphene Oxide Flakes
6%
Contact Angle
6%
Water-based
6%
Heat Transfer
6%
Hydrophobic Surface
6%
Condensation Heat Transfer
6%
Bubble Dynamics
6%
Surface Morphology
6%
Surface Wettability
6%
Reduced Graphene Oxide
6%
R141b
6%
Order of Magnitude
5%
Pore Architecture
5%
Pore Density
5%
Doping Technology
5%
3D Graphene
5%
Hierarchical Porosity
5%
Ultra-low Density
5%
Controlling Factors
5%
Superelastic
5%
Related Potentials
5%
Facile Approach
5%
Porous Graphene
5%
Production Approach
5%
Graphene Suspensions
5%
Ice Crystals
5%
High Activity
5%
Nanopore
5%
Hydrogen Evolution Reaction
5%
Catalytic Mechanism
5%
Induced Dipoles
5%
Scalable Fabrication
5%
Fuel Cell
5%
Biological Tissue
5%
Graphene Sheets
5%
Doping Concentration
5%
High Specific Surface Area
5%
Sub-micrometer
5%
Superelasticity
5%
Oxygen Reduction Reaction
5%
Bulk Material
5%
Active Sites
5%
Active Metal
5%
Reaction Evolution
5%
3D Graphene Structures
5%
Oxyhydrogen
5%
Hydrogen Evolution Reduction
5%
High Catalytic Activity
5%
Oxygen Reduction
5%
Generation Device
5%
Cost-effective Production
5%
Doped Graphene
5%
Concentration of Production
5%
Heteroatom
5%
Ice Physics
5%
Energy-related Applications
5%
Graphene Chemistry
5%
Good Electrical Conductivity
5%
Energy Generation
5%
Scalable Approaches
5%
Cellular Monoliths
5%
Ultra-high Density
5%
Spin Density
5%
Tissue Scaffolds
5%
Metal-free Catalyst
5%
Material Science
Graphene
100%
Capacitance
43%
Energy Density
37%
Density
36%
Carbon Nanotube
32%
Holey Graphene
32%
Pore Structure
32%
Nanostructure
16%