Moscow University Physics Bulletin
ISSN 0027-1349 (Print)
ISSN 1934-8460 (Online)
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Keywords
BEAMDP code
BEAMnrc code
Monte Carlo
Monte Carlo simulation
catastrophe theory
deposition process
dislocations
electrodynamics
entanglement
equivariant vector fields
high-performance simulation
internal transition layer
mathematical modeling
modeling
phase transitions
phenomenological model
probability
self-organization
silicon dioxide
temperature of maximum density
tsunami
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Keywords
BEAMDP code
BEAMnrc code
Monte Carlo
Monte Carlo simulation
catastrophe theory
deposition process
dislocations
electrodynamics
entanglement
equivariant vector fields
high-performance simulation
internal transition layer
mathematical modeling
modeling
phase transitions
phenomenological model
probability
self-organization
silicon dioxide
temperature of maximum density
tsunami
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Author Details
Author Details
Pavlov, S. V.
Issue
Section
Title
File
Vol 71, No 2 (2016)
Condensed Matter Physics
The construction of phenomenological models of phase transitions using equivariant catastrophe theory methods
Vol 71, No 5 (2016)
Condensed Matter Physics
Classification of phenomenological phase transition models by the methods of equivariant catastrophe theory: Models with
L
=
C
nv
(
n
= 3, 4, 6)
Vol 72, No 6 (2017)
Condensed Matter Physics
A Phenomenological Model of Structural Phase Transitions in RbDy(Wo
4
)
2
Vol 73, No 3 (2018)
Condensed Matter Physics
Classification of the Phenomenological Models of Phase Transitions with Two Interacting Order Parameters Using the Catastrophe Theory:
L
=
C
2
v
Vol 74, No 2 (2019)
Physics of Condensed State of Matter
Classification of Phenomenological Models of Phase Transitions with Three-Component Order Parameters by Methods of Catastrophe Theory:
\(L = {T_d}(\bar 43m)\)
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