Concept information
Preferred term
Physical systems
Type
-
http://www.irandoc.ac.ir/onto/irandoc-meta/Concept
contains
- 0-dimensional systems
- 1-dimensional systems
- 2-dimensional systems
- 3-dimensional systems
- Accelerator applications
- Accelerators & storage rings
- Accelerator subsystems
- Acoustic tweezers
- Advanced accelerator test facilities
- Artificial neural networks
- Astronomical black holes
- Atomic systems
- Auxetic materials
- Bayesian networks
- Binary fluids
- Biological materials
- Biological networks
- Biomolecules
- Bipartite graphs
- Body & organ systems
- Boolean networks
- Brownian ratchet
- Cells
- Classical fluids
- Classical spin models
- Colloids
- Complex fluids
- Complex media
- Continuum particle models
- Coupled oscillators
- Crystalline systems
- Decision trees
- Deterministic networks
- Devices
- Directed networks
- Disordered systems
- Drops & bubbles
- Dynamical systems
- Electronically polarized systems
- Emulsions
- Evolving networks
- Exponential networks
- Fibers
- Foams
- Fractals
- Functional materials
- Galaxies
- Galaxy clusters
- Gauge bosons
- Gels
- Genomes
- Glassy systems
- Globular clusters
- Hadrons
- Hamiltonian systems
- Heat engines
- Higgs bosons
- Homogeneous networks
- https://doi.org/10.29172/c2ed1d79-919b-4642-8549-2394977dd60c
- https://doi.org/10.29172/e2b8e2c2-4beb-41db-b473-1e2501888502
- https://doi.org/10.29172/e8836b5d-a348-41e4-9d9e-30e950115672
- Hypothetical particles
- Interconnected & interdependent networks
- Interfaces
- Ionic fluids
- Junctions
- Laboratory plasma
- Large scale structure of the universe
- Laser systems
- Lattice models in statistical physics
- Leptons
- Liquid crystals
- Living matter & active matter
- Macromolecules
- Magnetic fluids
- Magnetic systems
- Microbial multicellular systems
- Microfluidic devices
- Micromechanical & nanomechanical oscillators
- Multicomponent systems
- Multilayer & multiplex networks
- Multi-organism systems
- Nanofluidic devices
- Nanostructures
- Networks & random structures
- Nitrogen vacancy centers in diamond
- Nonequilibrium systems
- Non-hermitian systems
- Nonlinear waves
- Non-newtonian fluids
- Optical materials & elements
- Organisms
- Organs
- Particle accelerator facilities
- Particle-beam sources
- Planets & planetary systems
- Polydisperse materials
- Polydisperse systems
- Polymers
- Population dynamics
- Porous media
- Quantum chaotic systems
- Quantum compass model
- Quantum complex networks
- Quantum dots
- Quantum fluids & solids
- Quantum many-body systems
- Quantum spin models
- Quarks
- Rare-earth doped crystals
- Reaction diffusion systems
- Real world networks
- Scale free & inhomogeneous networks
- Semiconductors
- Small-world networks
- Social dynamics
- Space & astrophysical plasma
- Specific kinds of plasmas
- Stars
- Stochastic networks
- Strongly correlated systems
- Subcellular structures
- Superconductors
- Supercritical fluids
- Support-vector machines
- Surface growth
- Surfactants, micelles & vesicles
- Suspensions
- Tissues
- Topological materials
- Tree network
- Triangular network
- Tumors
- Uncorrelated network
- Weighted networks
exclude from indexing
- true
used By Discipline
- Accelerators & beams
- Atomic, molecular & optical
- Condensed matter, materials & applied physics
- Gravitation, cosmology & astrophysics
- https://doi.org/10.29172/512fd433-7b6d-4535-bb60-78f3bf431bc3
- Networks
- Nonlinear dynamics
- Particles & fields
- Physics of living systems
- Plasma physics
- Polymers & soft matter
- Statistical physics & thermodynamics
In other languages
-
Persian
URI
http://www.irandoc.acir/onto/irandoc/f45b3c40-959c-4e90-ba0e-38232980802a
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