Li-decorated graphdiyne for ultrahigh-performance CO₂ capture and separation over N₂

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

Overview

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Material Science

Carbon Dioxide Material Science

Adsorbent Material Science

Density Material Science

Physical Property Material Science

Pore Size Material Science

Lithium Material Science

Pore Volume Material Science

Chemistry

Graphdiyne Chemistry

Carbon Dioxide Chemistry

Adsorbent Chemistry

Density Functional ... Chemistry

Electronic State Chemistry

Binding Energy Chemistry

Porosity Chemistry

Pore Size Chemistry

Cohesive Energy Chemistry

Lithium Atom Chemistry

Grand Canonical Mon... Chemistry

Multilayer Adsorpti... Chemistry

Doping Chemistry

Engineering

Carbon Dioxide Capt... Engineering

Adsorption Capacity Engineering

Two Dimensional Engineering

Binding Energy Engineering

Strong Interaction Engineering

Separation Performa... Engineering

Cohesive Energy Engineering

Adsorbent Material Engineering

Porosity Engineering

Electronic State Engineering

Chemical Engineering

Carbon Dioxide Capt... Chemical Engineering

Carbon Dioxide Chemical Engineering

N2 Selectivity Chemical Engineering

High Adsorption Chemical Engineering

Potential Adsorbent Chemical Engineering

Research OutputsResearch Output authored by Li-decorated graphdiyne for ultrahigh-performance CO2 capture and separation over N2 is tagged with the concept

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