DFT study of superlight ambient temperature reversible H2 storage media based on Li decorated on new planar BCN

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Adsorption Material Science
100
Temperature Material Science
66
Density Material Science
33
Electronic Property Material Science
33
Crystals Material Science
33
Monolayers Material Science
33
State-of-Charge Material Science
33
Lithium Ion Material Science
33
Two-Dimensional Mat... Material Science

Chemistry

100
Density Functional ... Chemistry
100
Reaction Temperatur... Chemistry
100
Storage Chemistry
66
Hydrogen Chemistry
66
Adsorption Chemistry
33
Analytical Method Chemistry
33
Electron Particle Chemistry
33
Purity Chemistry
33
Energy Chemistry
33
Reaction Mechanism Chemistry
33
Electronic Property Chemistry
33
Density of State Chemistry
33
Lithium Ion Chemistry
33
Porosity Chemistry
33
Charge Density Chemistry
33
Decoration Chemistry
33
Adsorption Energy Chemistry
33
Gravimetric Analysi... Chemistry
33
Two-Dimensional Mat... Chemistry
33
Polarization Chemistry
33
stability Chemistry
33
Monolayers Chemistry

Keyphrases

100
Ambient Temperature Keyphrases
100
Media-based Keyphrases
100
Electronic Properti... Keyphrases
100
Rigorous Analysis Keyphrases
100
Ambient Conditions Keyphrases
100
Charge Density Keyphrases
100
Active Sites Keyphrases
100
Storage Media Keyphrases
100
Reversible Adsorpti... Keyphrases
100
Hydrogen Storage Keyphrases
100
Adsorption Sites Keyphrases
100
Partial Density of ... Keyphrases
100
U.S. Department of ... Keyphrases
100
Li-ion Keyphrases
100
Adsorption Energy Keyphrases
100
H2 Storage Keyphrases
100
2D Materials Keyphrases
100
DFT Study Keyphrases
100
Gravimetric Capacit... Keyphrases
100
Polarization Mechan... Keyphrases
100
Hydrogen Storage Ca... Keyphrases
100
New Complexes Keyphrases
100
Superior Stability Keyphrases
100
Mass Stability Keyphrases
100
WaaL Keyphrases
100
Li-decorated Keyphrases
100
Porous Geometry Keyphrases
100
Crystal Orbital Ove... Keyphrases

INIS

100
ambient temperature INIS
100
storage INIS
100
adsorption INIS
66
substrates INIS
66
energy INIS
66
capacity INIS
66
hydrogen storage INIS
33
design INIS
33
interactions INIS
33
values INIS
33
modifications INIS
33
polarization INIS
33
electrons INIS
33
performance INIS
33
bonding INIS
33
stability INIS
33
crystals INIS
33
geometry INIS
33
porous materials INIS
33
populations INIS
33
density of states INIS
33
charge density INIS
33
lithium ions INIS

Engineering

100
Storage Medium Engineering
100
Hydrogen Storage Engineering
100
Superlight Engineering
100
Temperature Engineering
100
Ambient Temperature Engineering
100
Discrete Fourier Tr... Engineering
66
Substrates Engineering
66
Adsorption Engineering
33
Design Engineering
33
Performance Engineering
33
Enhancement Engineering
33
Electronics Engineering
33
Mechanisms Engineering
33
Illustrates Engineering
33
Rigorous Analysis Engineering
33
Storage Capacity Engineering
33
Charge Density Engineering
33
Ambient Condition Engineering
33
Promising Candidate Engineering
33
Decoration Engineering
33
2D Material Engineering
33
Partial Density Engineering
33
Active Site Engineering
33
Adsorption Energy Engineering
33
Department of Energ... Engineering
33
Porosity Engineering
33
Monolayers Engineering

Chemical Engineering

100
Temperature Chemical Engineering
100
Adsorption Chemical Engineering
66
Hydrogen Chemical Engineering
Research OutputsResearch Output authored by DFT study of superlight ambient temperature reversible H2 storage media based on Li decorated on new planar BCN is tagged with the concept