Fe4 cluster as the smallest 3D Fe cluster with unique quantum magnetic levitation effect on graphene

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

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Material Science

100
Graphene Material Science
16
Density Material Science
16
Adsorption Material Science
16
Quantum Dot Material Science
16
Devices Material Science
16
Particle Material Science

Chemistry

100
Graphene Chemistry
100
Magnetic Levitation Chemistry
33
Energy Barrier Chemistry
33
Energy Chemistry
33
Application Chemistry
33
formation Chemistry
16
Device Chemistry
16
Density Chemistry
16
Storage Chemistry
16
Force Chemistry
16
First Principle Chemistry
16
Diamagnetic Chemistry
16
Magnetic Interactio... Chemistry
16
Energy Consumption Chemistry
16
Diffusion Barrier Chemistry
16
Adsorption Chemistry
16
Magnetic Moment Chemistry
16
Quantum Dot Chemistry

Keyphrases

100
Fe Clusters Keyphrases
100
Graphene Keyphrases
100
Magnetic Levitation Keyphrases
100
Levitation Effect Keyphrases
33
Energy Barrier Keyphrases
16
First-principles Ca... Keyphrases
16
Diffusion Barrier Keyphrases
16
Quantum Mechanical Keyphrases
16
External Force Keyphrases
16
Low Power Consumpti... Keyphrases
16
Diamagnetic Keyphrases
16
Large-scale Cluster Keyphrases
16
Magnetic Interactio... Keyphrases
16
Quantum State Keyphrases
16
Maximum Energy Keyphrases
16
Minimal Energy Keyphrases
16
Energy Configuratio... Keyphrases
16
Computing Applicati... Keyphrases
16
Small Diffusion Keyphrases
16
Storage Devices Keyphrases
16
External Energy Keyphrases
16
Repulsion Keyphrases
16
Energy Injection Keyphrases
16
Adsorption Configur... Keyphrases
16
Ultra-high Density Keyphrases
16
Mechanical Sensing Keyphrases
16
Next Generation Com... Keyphrases
16
3D Particle Keyphrases
16
Conversion Energy Keyphrases
16
Quantum Dot Arrays Keyphrases
16
Induced Magnetic Mo... Keyphrases
16
Fen Clusters Keyphrases
16
Small Metallic Clus... Keyphrases

INIS

100
levitation INIS
100
graphene INIS
50
energy INIS
50
configuration INIS
33
barriers INIS
33
applications INIS
33
nanostructures INIS
16
interactions INIS
16
particles INIS
16
injection INIS
16
density INIS
16
adsorption INIS
16
quantum dots INIS
16
diffusion barriers INIS
16
quantum mechanics INIS
16
energy conversion INIS
16
energy consumption INIS
16
magnetic moments INIS
16
iron nitrides INIS
16
quantum states INIS
16
data storage device... INIS

Engineering

100
Graphene Engineering
100
Magnetic Levitation Engineering
33
Nanoscale Engineering
33
Energy Barrier Engineering
16
Application Engineering
16
Lower Energy Engineering
16
Energy Engineering Engineering
16
Quantum Dot Engineering
16
Storage Engineering
16
Diffusion Barrier Engineering
16
Potential Applicati... Engineering
16
Energy Conversion Engineering
16
External Force Engineering
16
Large Cluster Engineering
16
External Energy Engineering
16
Quantum State Engineering
16
Detection Engineering
16
Density Engineering
16
Adsorption Engineering
16
Magnetic Moment Engineering

Physics

100
Graphene Physics
33
Utilization Physics
33
Nanoscale Physics
16
Quantum Dot Physics
16
Foci Physics
16
Arrays Physics
16
Particles Physics
16
Injection Physics
16
Site Physics
16
Detection Physics
16
Magnetic Moment Physics
16
First Principle Physics
16
Data Storage Physics
16
Corn Physics
16
Adsorption Physics
Research OutputsResearch Output authored by Fe4 cluster as the smallest 3D Fe cluster with unique quantum magnetic levitation effect on graphene is tagged with the concept