materials science

Physics portal

Here is a list of articles in the Materials science category of the Physics portal.

The main article for this category is Physics:Materials science.

Materials science includes those parts of chemistry, physics, geology and biology that deal with the physical, chemical or biological properties of materials. It is usually considered an applied science in which the properties it studies are used industrially.

## Contents

* Top
* 0–9
* A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

## Subcategories

This category has the following 28 subcategories, out of 28 total.

### C

* Chromism (2 C, 16 P)

* Combinatorial chemistry (9 P)

* Condensed matter physics (30 C, 337 P)

* Crystallography (8 C, 207 P)

### D

* Deformation (mechanics) (47 P)

### E

* Electric and magnetic fields in matter (4 C, 94 P)

* Electromagnetism (17 C, 206 P)

### F

* Fracture mechanics (77 P)

### G

* Glass engineering and science (6 C, 59 P)

### H

* Hysteresis (1 C, 13 P)

### I

* Intermolecular forces (44 P)

### J

* Materials science journals (135 P)

### M

* Magnetic alloys (21 P)

* Magnetic ordering (50 P)

* Materials degradation (2 C, 79 P)

* Materials testing (2 C, 54 P)

* Mechanical failure (1 C, 24 P)

* Metallurgy (5 C, 192 P)

* Metamaterials (50 P)

* Microtechnology (5 C, 79 P)

### N

* Nanotechnology (12 C, 211 P)

### P

* Polymer chemistry (5 C, 126 P)

* Polymorphism (materials science) (1 C, 19 P)

### R

* Radiation effects (1 C, 37 P)

### S

* Smart materials (1 C, 37 P)

* Superconductivity (3 C, 123 P)

### T

* Thin films (1 C, 28 P)

* Tribology (63 P)

## Pages in category "Materials science"

The following 200 pages are in this category, out of 485 total.

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###

* Physics:Materials science

### A

* Physics:Abnormal grain growth
* Physics:Acoustic emission
* Physics:Acoustoelastic effect
* Physics:Active thermography
* Chemistry:Adhesion
* Medicine:Adhesion
* Adsorption
* Engineering:Advanced composite materials (engineering)
* Physics:Advanced materials industry in China
* Physics:Aerospace materials
* Physics:Alpha factor
* Chemistry:Analytical chemistry
* Company:Anaxam
* Physics:Antiperovskite
* Physics:Antiperovskite (structure)
* Archard equation
* Engineering:Armstrong process
* Asperity (materials science)
* Company:Atomera

### B

* Physics:Bauschinger effect
* Physics:Beamline
* Bi-isotropic material
* Biography:Manuel Bibes
* Bigoni–Piccolroaz yield criterion
* Physics:Bioceramic
* Physics:Bismuth Indium
* Physics:Bismuth–indium
* Physics:Blowing agent
* Physics:Bonding in solids
* Physics:Bouc–Wen model of hysteresis
* Bounded deformation
* Chemistry:Breakthrough curve
* Engineering:Brewster angle microscope
* Physics:Brittleness
* Physics:Bubble raft
* Physics:Buckling
* Burgers vector

### C

* Engineering:Carbon fiber testing
* Cathodoluminescence
* Physics:Ceramic engineering
* Physics:Characteristic energy length scale
* Physics:Characterization (materials science)
* Chemistry:Chemical bath deposition
* Chemistry:Chemical impurity
* Chemistry:Chemical sensor array
* Chemistry:Chemical stability
* Engineering:Chirotechnology
* Physics:Coating
* Engineering:Coherent diffraction imaging
* Physics:Cold work
* Chemistry:Combinatorial chemistry
* Physics:Composition (objects)
* Engineering:Compressive strength
* Physics:Compressive stress
* Physics:Computational thermodynamics
* Physics:Condensed matter physics
* Physics:Congruent melting
* Physics:Contact resistance
* Physics:Coordination number
* Physics:Coulomb explosion
* Crack growth equation
* Physics:Cross Slip
* Physics:Cross slip
* Crumpling
* Chemistry:Crystal engineering
* Physics:Crystal growth
* Chemistry:Crystal structure
* Physics:Crystal twinning
* Physics:Crystallographic disorder
* Physics:Crystallographic texture
* Physics:Crystallography
* Physics:Cyclic stress

### D

* Physics:Damping capacity
* Engineering:Dark-field X-ray microscopy
* Physics:Diamond anvil cell
* Dielectric thermal analysis
* Differential scanning calorimetry
* Physics:Diffusion bonding
* Digital image correlation and tracking
* Chemistry:Dion-Jacobson phase
* Physics:Direct laser interference patterning
* Physics:Disclination
* Physics:Dislocation avalanches
* Physics:Dispersion (materials science)
* Physics:Displacement field (mechanics)
* Chemistry:Double group
* Chemistry:Double layer forces
* Physics:Dragontrail
* Physics:Ductile iron with special properties
* Physics:Durability
* Dynamic mechanical analysis
* Physics:Dynamic strain aging
* Physics:Dynamic vapor sorption
* Physics:Dynamical heterogeneity
* Physics:Dynamical mean-field theory

### E

* Physics:Elastic and plastic strain
* Physics:Elastic recoil detection
* Physics:Elasto-plastic self-consistent modeling
* Physics:Elastomer
* Physics:Electrical resistivity and conductivity
* Physics:Electroceramics
* Physics:Electromagnetic absorbers
* Physics:Electron diffraction
* Physics:Electron mobility
* Chemistry:Electroplasticity
* Physics:Electrostriction
* Chemistry:Elemental analysis
* Physics:Energy materials
* Physics:Engineered cellular magmatic
* Physics:Entropic force
* Physics:Eutectic system
* Physics:Evanescent field
* Physics:Evaporation
* Physics:Exact diagonalization
* Chemistry:Extended Wulff constructions
* Physics:Extended X-ray absorption fine structure

### F

* Physics:Faber-Evans model
* Engineering:Faber–Evans model
* Physics:Felicity effect
* Physics:Ferroelasticity
* Physics:Ferroelectric ceramics
* Physics:FFKM
* Physics:Fiber simulation
* Physics:Fiber-reinforced cementitious matrix
* Physics:Fibre-reinforced plastic
* Physics:List of fire-retardant materials
* Chemistry:Fiveling
* Physics:FKM
* Physics:Flexural modulus
* Flory–Rehner equation
* Engineering:Forensic engineering
* Engineering:Forensic materials engineering
* Physics:Fracture
* Physics:Frank–Read source
* Physics:Friability
* Functionally graded element
* Physics:Functionally graded material

### G

* Physics:Galling
* Physics:Generalized Maxwell model
* Physics:Geometallurgy
* Chemistry:Geopolymer
* Chemistry:Glass formation
* Physics:Goodman relation
* Physics:Gorilla Glass
* Physics:Grain boundary
* Physics:Grain growth
* Engineering:Green strength

### H

* Physics:Halpin–Tsai model
* Hankinson's equation
* Physics:Hardness
* Physics:HARMST
* Helium atom scattering
* Physics:Hertzian cone
* Physics:Heterostrain
* Physics:High entropy alloys
* Physics:High pressure
* Physics:High-entropy alloy
* Physics:High-entropy alloys
* Physics:High-frequency impulse-measurement
* Physics:High-power impulse magnetron sputtering
* Physics:Hume-Rothery rules
* Chemistry:Hydrogenography
* Physics:Hyperspectral imaging
* Physics:Hyperuniformity
* Physics:Hypervelocity
* Hysteresis
* Hysteretic model

### I

* ICME cyberinfrastructure
* Physics:Icosahedral twins
* Impulse excitation technique
* Physics:Incipient wetness impregnation
* Physics:Indentation size effect
* Engineering:Industrial computed tomography
* Physics:Infinitesimal strain theory
* Physics:Infrared non-destructive testing of materials
* Physics:Institut für Kunststoffverarbeitung
* Physics:Integrated computational materials engineering
* Physics:Interatomic potential
* Physics:Interstitial compound
* Physics:Interstitial defect
* Physics:Interstitial site
* Physics:Inversion domain boundary
* Physics:Ion beam analysis
* Physics:Ion implantation
* Physics:Ion implantation-induced nanoparticle formation
* Physics:Isothermal microcalorimetry

### J

* Chemistry:Jesmonite

### K

* Physics:Kaiser effect (material science)
* Physics:Kelvin–Voigt material
* Physics:Kopp–Etchells effect
* Chemistry:Kroll process

### L

* Physics:Lamé's stress ellipsoid
* Physics:Lamella (materials)
* Physics:Landolt–Börnstein
* Physics:Langmuir adsorption model
* Physics:Lanthanum aluminate-strontium titanate interface
* Physics:Larson–Miller parameter
* Physics:Larson–Miller relation
* Physics:Laser-heated pedestal growth

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