Interfacial free energy adjustable phase field crystal model for homogeneous nucleation

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

Fingerprint

???publication_fingerprints_help???

Material Science

100
Nucleation Material Science
100
Crystals Material Science
14
Anisotropy Material Science
14
Crystallization Material Science

Keyphrases

100
Homogeneous nucleat... Keyphrases
100
Interfacial Free En... Keyphrases
100
Phase Field Crystal Keyphrases
60
Nucleation Rate Keyphrases
20
Nucleation Mechanis... Keyphrases
20
Steady State Keyphrases
20
Energy Functional Keyphrases
20
Crystallization Pro... Keyphrases
20
Nucleation Theory Keyphrases
20
Linear Relation Keyphrases
20
In Situ Observation Keyphrases
20
Equilibrium Phase D... Keyphrases
20
Crystal-like Keyphrases
20
Evolution Time Keyphrases
20
Interfacial Energy ... Keyphrases
20
Colloidal Crystalli... Keyphrases

INIS

100
nucleation INIS
100
free energy INIS
100
crystal models INIS
28
size INIS
28
energy INIS
28
distribution INIS
28
simulation INIS
14
comparative evaluat... INIS
14
interfaces INIS
14
equilibrium INIS
14
crystals INIS
14
anisotropy INIS
14
steady-state condit... INIS
14
relaxation INIS
14
fluctuations INIS
14
crystallization INIS
14
phase diagrams INIS
14
crystal field INIS

Engineering

100
Energy Engineering Engineering
100
Homogeneous Nucleat... Engineering
100
Phase Field Engineering
100
Model Engineering
42
Nucleation Rate Engineering
28
Size Distribution Engineering
14
Driving Force Engineering
14
Energy Functional Engineering
14
Experimental Observ... Engineering
14
Situ Observation Engineering
14
Equilibrium Phase D... Engineering
14
Experiment Engineering
14
Constraint Engineering
14
Interfacial Energy Engineering
Research OutputsResearch Output authored by Interfacial free energy adjustable phase field crystal model for homogeneous nucleation is tagged with the concept