User:HhhipBot/Physics candidates/Condensed

This page lists physics candidates related to condensed matter physics, thermodynamics and plasma physics. It also contains hidden links to the corresponding talk pages and is designed to serve as a project watchlist through its related changes.

Untagged pages in tagged categories

 * 1-K pot
 * 122 iron arsenide
 * 21st Century Medicine
 * 3T Cycling
 * 4-Cyano-4'-pentylbiphenyl
 * A. Cemal Eringen
 * A.J. Drexel Plasma Institute
 * AMSilk
 * ASM International (society)
 * Abnormal grain growth
 * Active networking
 * Adhesion
 * Adiabatic accessibility
 * Adiabatic wall
 * Adsorption
 * Aeronomy
 * Air preheater
 * Air source heat pumps
 * Airgap (microelectronics)
 * Airport reference temperature
 * Alfred University
 * Alkali metal halide
 * Alnico
 * Alphabet Energy
 * Aluminium
 * Aluminium antimonide
 * Aluminium arsenide
 * Aluminium gallium arsenide
 * Aluminium gallium indium phosphide
 * Aluminium gallium nitride
 * Aluminium indium arsenide
 * Aluminium nitride
 * Aluminium phosphide
 * American Superconductor
 * Ammonium perfluorononanoate
 * Amorphism
 * Amorphous silicon
 * Analytical chemistry
 * Angel gilding
 * Angströmquelle Karlsruhe
 * Anisodesmic crystal
 * Anisotropy energy
 * Annual Review of Condensed Matter Physics
 * Anomalous scattering
 * Anticrystal
 * Antiplane shear
 * Antoine equation
 * Apatite
 * Apparent molar property
 * Apparent temperature
 * Appleton–Hartree equation
 * Applications of nanotechnology
 * Applied Thermal Engineering
 * Approximate entropy
 * Archard equation
 * Arden Buck equation
 * Arruda–Boyce model
 * Arun Majumdar
 * Ascendency
 * Athermalization
 * Atkinson cycle
 * Atmospheric convection
 * Atmospheric instability
 * Atmospheric temperature
 * Atmospheric temperature range
 * Atomic de Broglie microscope
 * Atomic force acoustic microscopy
 * Atomic layer deposition
 * Atomic layer epitaxy
 * Atomic-terrace low-angle shadowing
 * Audience (company)
 * Auger architectomics
 * Autocatalytic reaction
 * Automotive thermoelectric generator
 * Autopoiesis
 * Ballistic conduction in single-walled carbon nanotubes
 * Ballistic electron emission microscopy
 * Bancroft point
 * Barium fluoride
 * Barium titanate
 * Barton evaporation engine
 * Batteryless radio
 * Bauschinger effect
 * Beam (structure)
 * Bean's critical state model
 * Bechgaard salt
 * Beevers–Lipson strip
 * Bending of plates
 * Bending stiffness
 * Bennett acceptance ratio
 * Beryllide
 * Beryllium telluride
 * Bethe–Slater curve
 * Biconic cusp
 * Bifurcation memory
 * Biham–Middleton–Levine traffic model
 * Bilayer graphene
 * Bilbao Crystallographic Server
 * Bimorph
 * Binodal
 * Biocomputer
 * Bioelectrospray
 * Bioheat transfer
 * Biological small-angle scattering
 * Biomimetic materials
 * Biothermia
 * Bismanol
 * Bismuth germanate
 * Bismuth selenide
 * Bismuth telluride
 * Bjerrum plot
 * Blowing agent
 * Blue phase mode LCD
 * Boiling
 * Boiling chip
 * Bond fluctuation model
 * Bordwell thermodynamic cycle
 * Boron arsenide
 * Boron nitride
 * Boron phosphide
 * Bouc–Wen model of hysteresis
 * Boule (crystal)
 * Bounded deformation
 * Break junction
 * Bresler Pister yield criterion
 * Brian Kobilka
 * Briggs–Rauscher reaction
 * Brightness temperature
 * British Liquid Crystal Society
 * Bromley equation
 * Brusselator
 * Bubble point
 * Bubble rafts
 * Buckingham potential
 * Building engineering epidemiology
 * Building insulation
 * Bulk micromachining
 * Bumping (chemistry)
 * Bundesanstalt für Materialforschung und -prüfung
 * Bunsen solubility coefficient
 * Burn
 * Burr (edge)
 * CANDLE Synchrotron Research Institute
 * CILAS
 * Cadmium arsenide
 * Cadmium oxide
 * Cadmium selenide
 * Cadmium sulfide
 * Cadmium telluride
 * Cadmium zinc telluride
 * Caesium cadmium bromide
 * Caesium cadmium chloride
 * Calcium fluoride
 * Cantilever
 * Capping inversion
 * Carbon nanotube nanomotor
 * Carbon nanotubes in photovoltaics
 * Carrier lifetime
 * Cascaded Arc Plasma Source
 * Cathodic arc deposition
 * Cation-anion radius ratio
 * Cauchy elastic material
 * Cauchy momentum equation
 * Cave of the Crystals
 * Central Electro Chemical Research Institute
 * Centrifugal pump
 * Ceramic engineering
 * Ceramography
 * Cetemmsa
 * Characteristic energy length scale
 * Characterization (materials science)
 * Charged-device model
 * Cheapium
 * Chemical bath deposition
 * Chemical clock
 * Chemical compound microarray
 * Chemical stability
 * Chemical vapor deposition
 * Cheng cycle
 * China spallation neutron source
 * Chiral Photonics
 * Chirotechnology
 * Cholesteric liquid crystal
 * Cholesteryl benzoate
 * Cholesteryl chloride
 * Cholesteryl nonanoate
 * Cholesteryl oleyl carbonate
 * Chord modulus
 * Christensen failure criterion
 * Christian Samuel Weiss
 * Circle-throw vibrating machine
 * Circulating microvesicle
 * Classical diffusion
 * Cleavage (crystal)
 * Coating
 * Cocrystal
 * Coherent effects in semiconductor optics
 * Coil–globule transition
 * Cold chain
 * Collaborative Computational Project Number 4
 * Collapsible flow
 * Colloidal chemistry
 * Colloidal crystal
 * Colloidal gold
 * Colloidal particle
 * Colloidal probe technique
 * Columbia Non-neutral Torus
 * Comb drive
 * Combinatorial chemistry
 * Combined cycle
 * Combined forced and natural convection
 * Combustion chemical vapor deposition
 * Complex metallic alloys
 * Composite reaction texturing
 * Compound semiconductor
 * Compressibility equation
 * Compressive strength
 * Compressor map
 * Computational gene
 * Condenser (heat transfer)
 * Condensing Unit
 * Conditional entropy
 * Conditional mutual information
 * Conditioner (chemistry)
 * Conductive atomic force microscopy
 * Configuration entropy
 * Configurational mechanics
 * Conformal film
 * Conformal loop ensemble
 * Congruent melting
 * Contact process (mathematics)
 * Continuous cooling transformation
 * Continuum percolation theory
 * Contour length
 * Contraflexure
 * Convective condensation level
 * Convective heat transfer
 * Convective momentum transport
 * Convective temperature
 * Cooling bath
 * Cooling flow
 * Coordination number
 * Coot (software)
 * Copper
 * Copper MicroGroove
 * Copper in heat exchangers
 * Copper indium gallium selenide
 * Copper zinc antimony sulfide
 * Copper(I) oxide
 * Copper(II) chloride
 * Copper(II) oxide
 * Corner transfer matrix
 * Corona ring
 * Coronal loop
 * Countercurrent exchange
 * Covalent superconductor
 * Cr23C6 crystal structure
 * Crack arrestor
 * Critical points of the elements (data page)
 * Crizal
 * Cryo bio-crystallography
 * Cryo-adsorption
 * Cryobiology
 * Cryogenic deflashing
 * Cryogenic energy storage
 * Cryogenic engineering
 * Cryogenic fuel
 * Cryogenic grinding
 * Cryogenic seal
 * Cryogenic treatment
 * Cryosauna
 * Cryostat
 * Cryotank
 * Cryotherapy
 * Cryovac GmbH
 * Cryptocrystalline
 * Crystal chemistry
 * Crystal cluster
 * Crystal engineering
 * Crystal field excitation
 * Crystal field theory
 * Crystal habit
 * Crystal structure of boron-rich metal borides (data page)
 * Crystalline silicon
 * Crystallite
 * Crystallization adjutant
 * Crystallization of polymers
 * Crystallographic Information File
 * Crystallographic defects in diamond
 * Crystallographic image processing
 * Crystallography Open Database
 * Crystallography Reviews
 * Cunife
 * Cuprate
 * CuproBraze
 * Current injection technique
 * Cyclic stress
 * Cylinder (engine)
 * DC coupled plasma
 * DODAB
 * Damage mechanics
 * Damping capacity
 * Dannatt plates
 * Database of protein conformational diversity
 * Davies equation
 * Deathnium
 * Debye length
 * Deep-sub-voltage nanoelectronics
 * Defence Materials and Stores Research and Development Establishment
 * Defence Metallurgical Research Laboratory
 * Defence Scientific Information and Documentation Centre
 * Degenerate semiconductor
 * Degree day
 * Degree of reaction
 * Dendrimer-Encapsulated Nanoparticles
 * Dendrite (crystal)
 * Dendronized polymer
 * Density altitude
 * Department of Materials Science and Metallurgy, University of Cambridge
 * Department of Materials, University of Oxford
 * Deperming
 * Depletion region
 * Depth-graded multilayer coating
 * Desert rose (crystal)
 * Dewcell
 * Diamond
 * Diamond flaws
 * Diamond-like carbon
 * Diathermal wall
 * Diattenuator
 * Dichroic glass
 * Dichroic prism
 * Die shrink
 * Dielectric thermal analysis
 * Diffraction topography
 * Diffusion bonding
 * Diffusion capacitance
 * Diffusionless transformation
 * Dilution refrigerator
 * Dip-coating
 * Dip-pen nanolithography
 * Direct exchange geothermal heat pump
 * Direct methods (crystallography)
 * Disclination
 * Dislocation
 * Dislocation creep
 * Dispersion (materials science)
 * Dispersion medium
 * Distillation
 * Disturbance storm time index
 * Doctor in a cell
 * Domino tiling
 * Dopant Activation
 * Dortmund Data Bank
 * Double glazing
 * Double heterostructure
 * Double lattice
 * Double layer (interfacial)
 * Double layer (plasma)
 * Double terminated crystal
 * Dragontrail
 * Draper point
 * Drucker stability
 * Drucker–Prager yield criterion
 * Dry matter
 * Dudley's theorem
 * Dynamic Design Analysis Method
 * Dynamic combinatorial chemistry
 * Dynamic fluid film equations
 * Dynamic insulation
 * Dynamic mechanical analysis
 * Dynamic strain aging
 * Dynamic vapor sorption
 * Dynamical heterogeneity
 * ETE (tokamak)
 * EV Group
 * EcoCute
 * Ecodan
 * Effect of radiation on perceived temperature
 * Effectiveness
 * Efficiency
 * Egain forecasting
 * Eigenstrain
 * Eight-vertex model
 * Elastic and plastic strain
 * Elastic compliance tensor
 * Elastic instability
 * Elasto-plastic self-consistent modeling
 * Elastomer
 * Electrical junction
 * Electrically conductive adhesive
 * Electroacoustic phenomena
 * Electrochemical potential
 * Electrochemical scanning tunneling microscope
 * Electrodynamic bearing
 * Electrodynamic loudspeaker
 * Electrokinetic phenomena
 * Electromagnetic electron wave
 * Electromigrated nanogaps
 * Electron beam-induced deposition
 * Electrospinning
 * Electrospray
 * Electrostatic force microscope
 * Electrostatic ion cyclotron wave
 * Electrostatic spray-assisted vapour deposition
 * Elemental analysis
 * Emulsion
 * End-to-end vector
 * Energetic neutral atom
 * Energetics
 * Energy accounting
 * Energy quality
 * Energy value of coal
 * Energy-dispersive X-ray diffraction
 * Enthalpy–entropy compensation
 * Entropy encoding
 * Entropy estimation
 * Entropy production
 * Entropy rate
 * Environmental stress cracking
 * Eon (distributed computing project)
 * Epstein frame
 * Equiaxed crystals
 * Equilibrium level
 * Equivalent oxide thickness
 * Ericksen number
 * Eshelby's inclusion
 * Etch pit density
 * Euclidean plane isometry
 * Euhedral and anhedral
 * Eutectic system
 * Evaporation
 * Ex situ conservation
 * Exact differential
 * Excess chemical potential
 * Excitation (magnetic)
 * Excluded volume
 * Exformation
 * Exhaust air heat pump
 * Exobase
 * Expansion ratio
 * Exploratory engineering
 * Extended discrete element method
 * Extended finite element method
 * Extended metal atom chains
 * Extraordinary Magnetoresistance
 * Extrinsic semiconductor
 * Eötvös rule
 * F-Center
 * FKM
 * Facet
 * Fail-safes in nanotechnology
 * Fatigue (material)
 * Fatimid art
 * Feature-oriented scanning
 * Federation of Environmental Trade Associations
 * Felt temperature classification
 * Femtotechnology
 * Fermi arc
 * Fernico
 * Ferroelasticity
 * Ferroelectric ceramics
 * Ferrofluidic seal
 * Ferromagnetic superconductor
 * Fiber simulation
 * Fibonacci quasicrystal
 * Field effect (semiconductor)
 * Field-induced polymer electroluminescent technology
 * First moment of area
 * Flash-gas
 * Flashover
 * Flexoelectricity
 * Flexural modulus
 * Floating body effect
 * Flow conditioning
 * Fluorescence interference contrast microscopy
 * Fluorescent lamp
 * Flux pumping
 * Flux qubit
 * Flux transfer event
 * Focused ion beam
 * Food rheology
 * Force lines
 * Force spectroscopy
 * Forced convection
 * Forensic engineering
 * Forensic materials engineering
 * Forging temperature
 * Fourier number
 * Fractional coordinates
 * Fractional crystallization (chemistry)
 * Fractional freezing
 * Fractionalization
 * Fracture
 * Fracture in polymers
 * Frank Matthews Leslie
 * Frank-Read Source
 * Freezing-point depression
 * Friability
 * Friction disk shock absorber
 * Friction force microscope
 * Friedel oscillations
 * Friedel's law
 * Friedel's salt
 * Frigorific mixture
 * Functional Engineered Nano Architectonics
 * Functionally graded element
 * Functionally graded material
 * Fungal-derived nanoparticles
 * Föppl–von Kármán equations
 * Gadolinium oxyorthosilicate
 * Galling
 * Gallium antimonide
 * Gallium arsenide
 * Gallium manganese arsenide
 * Gallium nitride
 * Gallium phosphate
 * Gallium phosphide
 * Gallium(II) selenide
 * Gas cluster ion beam
 * Gas slug
 * Gas-generator cycle
 * Gate dielectric
 * Gate oxide
 * Gebhart factor
 * Gel point
 * Gent (hyperelastic model)
 * Gentherm Incorporated
 * Geomagnetic secular variation
 * George William Gray
 * Geothermal heating
 * Germanene
 * Germanium
 * Gibbs–Duhem equation
 * Gold nanobeacons
 * Gold-aluminium intermetallic
 * Goldschmidt tolerance factor
 * Gorilla Glass
 * Grain boundary
 * Grain growth
 * GraphExeter
 * Graphite
 * Graphite-like ZnO nanostructures
 * Grazing-incidence small-angle scattering
 * Greigite
 * Guillemin effect
 * Gyrokinetics
 * Gérard Maugin
 * HARMST
 * Hamaker constant
 * Hamaker theory
 * Hankinson's equation
 * Hanna curve
 * Hard hexagon model
 * Hardening (botany)
 * Hardness
 * Heart nanotechnology
 * Heat capacities of the elements (data page)
 * Heat capacity rate
 * Heat death paradox
 * Heat exchanger
 * Heat index
 * Heat kernel signature
 * Heat of combustion
 * Heat pipe
 * Heat rate
 * Heat sink
 * Heats of fusion of the elements (data page)
 * Heats of vaporization of the elements (data page)
 * Heavy fermion superconductor
 * Helical Dirac fermion
 * Helion Energy
 * Heliox (cryogenic equipment)
 * Henri Tresca
 * Henry Clay Fry
 * Henry's Law constant
 * Hertzian cone
 * Hertzian contact stress
 * Hexagonal phase
 * Hidden states of matter
 * High Energy Materials Research Laboratory
 * High definition thermal imaging
 * High-power impulse magnetron sputtering
 * High-temperature operating life
 * Hill yield criterion
 * History of nanotechnology
 * History of perpetual motion machines
 * Hoek–Brown failure criterion
 * Hoffman nucleation theory
 * Holbrook Superconductor Project
 * Homeotropic alignment
 * Homogeneous alignment
 * Homogeneous charge compression ignition
 * Homotopotaxy
 * Hopper crystal
 * Horizontal convective rolls
 * Hosford yield criterion
 * Hot hardness
 * Hsu diffusion
 * Hu Washizu principle
 * Human body temperature
 * Human magnetism
 * Hume-Rothery rules
 * Humidex
 * Humidistat
 * Humidity buffering
 * Humidity indicator card
 * Humphrey cycle
 * Hybrid heat
 * Hybrid physical-chemical vapor deposition
 * Hybrid vapour phase epitaxy
 * Hydride vapour phase epitaxy
 * Hydrocarbon dew point
 * Hydrodynamic radius
 * Hydrogen bond
 * Hydrogen sensor
 * Hydrogen valve
 * Hydrogenography
 * Hydrophile
 * Hydrophobe
 * Hydrophobic effect
 * Hydrophobicity scales
 * Hydrostatic stress
 * Hygroscopic cycle
 * Hypoelastic material
 * Hypothermia
 * IAPWS
 * ICME cyberinfrastructure
 * IEEE Nuclear and Plasma Sciences Society
 * ISO 1
 * ITIES
 * Ice-type model
 * Icosahedral twins
 * Ideal chain
 * Ideal moment
 * Ignition Park
 * Immersion chiller
 * Impact of nanotechnology
 * Impulse excitation technique
 * Incongruent melting
 * Indian Institute of Science Education and Research, Bhopal
 * Indian Institute of Science Education and Research, Kolkata
 * Indian Institute of Science Education and Research, Mohali
 * Indian Institute of Science Education and Research, Pune
 * Indian Institute of Science Education and Research, Thiruvananthapuram
 * Indium antimonide
 * Indium arsenide
 * Indium gallium nitride
 * Indium phosphide
 * Indium(III) oxide
 * Indium(III) sulfide
 * Induction plasma technology
 * Indus 2
 * Industrial applications of nanotechnology
 * Industrial computed tomography
 * Inequalities in information theory
 * Information gain ratio
 * Infrared sensing in snakes
 * Inorganic Crystal Structure Database
 * Institut d'électronique de microélectronique et de nanotechnologie
 * Institut de recherche d'Hydro-Québec
 * Institut des molécules et de la matière condensée de Lille
 * Institute for Materials Research
 * Institute of Materials, Minerals and Mining
 * Institute of Minerals and Materials Technology
 * Insulated glazing
 * Insulated shipping container
 * Integrated Gasification Fuel Cell Cycle
 * Integrated computational materials engineering
 * Integrated gasification combined cycle
 * Integrated nanoliter system
 * Intensity (heat transfer)
 * Interacting particle system
 * Interbilayer forces in membrane fusion
 * Interfacial Effects in Leidenfrost Phenomenon
 * Interfacial thermal resistance
 * Intermetallic
 * Internal heating
 * Internal pressure
 * International Institute for Nanotechnology
 * International Journal of High Speed Electronics and Systems
 * International Temperature Scale of 1990
 * Interstitial compound
 * Interstitial defect
 * Intracluster medium
 * Inversion (meteorology)
 * Ion Layer Gas Reaction
 * Ion Vibration Current/Potential
 * Ion beam analysis
 * Ion beam deposition
 * Ion beam-assisted deposition
 * Ion implantation
 * Ion plating
 * Ion-beam sculpting
 * Ionic crystal
 * Iron phosphide
 * Iron tetraboride
 * Iron(II,III) oxide
 * Iron-based superconductor
 * Isentropic analysis
 * Isentropic expansion waves
 * Ishimori equation
 * Isobutylgermane
 * Isodesmic crystal
 * Isostructural
 * Isothermal microcalorimetry
 * Isothermal transformation diagram
 * Isotropic etching
 * Isotropic formulations
 * Isotropic solid
 * Izod impact strength test
 * Izvestiya Vysshikh Uchebnykh Zavedenii. Radioelektronika
 * J integral
 * JWL equation of state
 * Jacob Israelachvili
 * Jerald Ericksen
 * Jet engine
 * Johannes Martin Bijvoet
 * Johari-Goldstein relaxation
 * Johnson thermoelectric energy converter
 * Johnson's figure of merit
 * Jorge A. Sabato institute
 * Joseph-Louis Lambot
 * Josephson energy
 * Joule effect
 * Joule expansion
 * Journal of Chemical Crystallography
 * Jura hole stone
 * K-index (meteorology)
 * Kaiser effect (material science)
 * Kalidhindi B. R. Varma
 * Kapustinskii equation
 * Keldysh formalism
 * Kerr/CFT correspondence
 * Kilocalorie per mole
 * KinITC
 * Kinetic Monte Carlo surface growth method
 * Kirsch equations
 * Kleptothermy
 * Kondo insulator
 * Korn's inequality
 * Krogmann's salt
 * Kuhn length
 * Kymeta
 * LIGA
 * LULI
 * Lab-on-a-chip
 * Laboratoire Plasma et Conversion d'Energie
 * Lame's stress ellipsoid
 * Lamella (materials)
 * Lamellar phase
 * Landau–Lifshitz model
 * Langbeinites
 * Langmuir adsorption model
 * Lankford coefficient
 * Lanthanum gallium silicate
 * Larson-Miller Parameter
 * Laser flash analysis
 * Laser-induced thermotherapy
 * Lateral quantum dot
 * Lateral strain
 * Lattice energy
 * Lattice plane
 * Laue equations
 * Laves phase
 * Le bail
 * Lead
 * Lead scandium tantalate
 * Lead selenide
 * Lead telluride
 * Lead zirconate titanate
 * Lead(II) iodide
 * Lead(II) sulfide
 * Lely method
 * Length measurement
 * Lever rule
 * Levy–Mises equations
 * Lewcott Corporation
 * Lifson–Roig model
 * Lifted index
 * Lightning activity level
 * Lindemann index
 * Liquid Crystal Institute
 * Liquid air
 * Liquid crystal thermometer
 * Liquid crystal tunable filter
 * Liquid droplet radiator
 * Liquid gas
 * Liquid hydrogen tanktainer
 * Liquid hydrogen trailer
 * Liquid ordered phase
 * Liquid water content
 * Liquipel
 * List of adiabatic concepts
 * List of boiling and freezing information of solvents
 * List of cooling baths
 * List of materials analysis methods
 * List of mineral tests
 * List of physical properties of glass
 * List of silicon producers
 * List of software for nanostructures modeling
 * List of space groups
 * List of superconductors
 * List of temperature sensors
 * List of types of solar cells
 * Literature of phase boundaries
 * Lithium fluoride
 * Lithium niobate
 * Lithium tantalate
 * Lode Coordinates
 * Log mean temperature difference
 * Lomer–Cottrell junction
 * London dispersion force
 * Loop heat pipe
 * Low level injection
 * Low-angle laser light scattering
 * Low-energy ion scattering
 * Lower hybrid oscillation
 * Lucideon
 * Luminescent solar concentrator
 * Lumped capacitance model
 * Lunar regolith simulant
 * Lutetium-yttrium oxyorthosilicate
 * Lyddane-Sachs-Teller relation
 * Lyotropic
 * Lyotropic liquid crystal
 * MAMCM
 * MBBA
 * MEMS for in situ mechanical characterization
 * MEMS thermal actuator
 * MKM steel
 * MSU Department of Materials Science
 * Macle
 * Macrograph
 * Magic angle (EELS)
 * Magnet keeper
 * Magnet therapy
 * Magnetic 3D Bioprinting
 * Magnetic alloy
 * Magnetic chemistry
 * Magnetic cloud
 * Magnetic hysteresis
 * Magnetic logic
 * Magnetic nanoring
 * Magnetic river
 * Magnetic spin vortex disc
 * Magnetism and temperature
 * Magnetization reversal
 * Magnetocapacitance
 * Magnetoelectric effect
 * Magnetolithography
 * Magnetoquasistatic field
 * Magnetoresistive random-access memory
 * Magnetorheological elastomer
 * Magnetosheath
 * Magnetosonic wave
 * Magnetovision
 * Maltese cross (optics)
 * Marfa lights
 * Martian regolith simulant
 * Massieu function
 * Material failure theory
 * Material selection
 * Materials Knowledge Transfer Network
 * Materials Science Laboratory
 * Materials informatics
 * Materials science in science fiction
 * Materiomics
 * Matteucci effect
 * Matthew L. Scullin
 * Max Planck Institute for Iron Research
 * Max Planck Institute for Polymer Research
 * Max Planck Institute for Solid State Research
 * MaxEnt school
 * Maximum entropy spectral estimation
 * Maximum parcel level
 * Maximum power principle
 * Mean kinetic temperature
 * Mechanically isolated system
 * Mechanically stimulated gas emission
 * Melt electrospinning
 * Melt flow index
 * Melting-point depression
 * Mercury cadmium telluride
 * Mercury telluride
 * Mercury vapour turbine
 * Mercury zinc telluride
 * Mercury(II) iodide
 * Mesocosm
 * Mesopause
 * Mesophase
 * Metal gate
 * Metal-induced crystallization
 * Metallomesogen
 * Metallurgical failure analysis
 * Metalorganic vapour phase epitaxy
 * Metalorganics
 * Metal–semiconductor junction
 * Metamaterials surface antenna technology
 * Metastable Innershell Molecular State
 * Metastate
 * Metglas
 * Meyer set
 * Micellar cubic
 * Michigan Molecular Institute
 * Micro heat exchanger
 * Micro-flow imaging
 * Micro-mechanics of failure
 * Microemulsion
 * Microfabrication
 * Micromachinery
 * Micromasonry
 * Micromeritics
 * Micronization
 * Micropipe
 * Microplasma
 * Microstructure
 * Microthermal analysis
 * Microwave heat distribution
 * Mid-Atlantic Soft Matter Workshop
 * Mie–Gruneisen equation of state
 * Miller cycle
 * Millipede memory
 * Mindlin–Reissner plate theory
 * Misri
 * Mixed layer
 * Mohr's circle
 * Mohr–Coulomb theory
 * Mohs scale of mineral hardness
 * Moist static energy
 * Moisture sensitivity level
 * Molecular assembler
 * Molecular electronics
 * Molecular engineering
 * Molecular logic gate
 * Molecular memory
 * Molecular nanotechnology
 * Molecular processors
 * Molecular replacement
 * Molecular spring
 * Molecular wire
 * Molecular-scale temperature
 * Molybdenum disilicide
 * Molybdenum disulfide
 * Monocrystalline silicon
 * Morin transition
 * Morse/Long-range potential
 * Mosaicity
 * Mott Criterion
 * Movable cellular automaton
 * Multi-Mission Radioisotope Thermoelectric Generator
 * Multi-layer insulation
 * Multiphase heat transfer
 * Multiplicity function for N noninteracting spins
 * Multiscale tomography
 * Multivariate mutual information
 * Murnaghan equation of state
 * Mutual information
 * NASLA
 * NTU method
 * Nano flake
 * Nano-abacus
 * NanoLanguage
 * Nanoarchitectonics
 * Nanoart
 * Nanobama
 * Nanobatteries
 * Nanobiomechanics
 * Nanobiotechnology
 * Nanocar
 * Nanochemistry
 * Nanochondrion
 * Nanocomputer
 * Nanocrystalline material
 * Nanocrystalline silicon
 * Nanoelectrochemistry
 * Nanoemulsion
 * Nanofiltration
 * Nanofluid
 * Nanofluids in solar collectors
 * Nanofoundry
 * Nanofountain probe
 * Nanogenerator
 * Nanogeoscience
 * Nanoionic device
 * Nanoionic supercapacitor
 * Nanomanufacturing
 * Nanomechanics
 * Nanomorphic cell
 * Nanomotor
 * Nanonetwork
 * Nanoparticle–biomolecule conjugate
 * Nanopore
 * Nanopore sequencing
 * Nanoprobe (device)
 * Nanoprobing
 * Nanoputian
 * Nanoradio
 * Nanoreactor
 * Nanorobotics
 * Nanoruler
 * Nanoscale iron particles
 * Nanoscale plasmonic motor
 * Nanosensor
 * Nanosocialism
 * Nanosubmarine
 * Nanotechnology education
 * Nanotechnology in fiction
 * Nanotopography
 * Nanowire
 * Nanowire battery
 * Natural convection
 * Naval Materials Research Laboratory
 * YAB
 * Near-field scanning optical microscope
 * Necking (engineering)
 * Nephelescope
 * Neutral axis
 * Newtonian material
 * Nickel titanium
 * Niemeyer-Dolan technique
 * Niobium nitride
 * Niobium-germanium
 * Niobium-tin
 * Niobium-titanium
 * Nitinol 60
 * Non-neutral plasmas
 * Non-radiative recombination
 * Non-stick surface
 * Nondestructive testing
 * Nordic Institute of Dental Materials
 * Nuclear pulse propulsion
 * Nuclear reaction analysis
 * Néel effect
 * Objective stress rates
 * Ogden (hyperelastic model)
 * Olex2
 * Oligocrystalline material
 * On-die termination
 * Opacifier
 * OpenTherm
 * Oregonator
 * Organ-on-a-chip
 * Organic Rankine cycle
 * Organic semiconductor
 * Orthotropic material
 * Outer space
 * Outline of nanotechnology
 * Ovarian tissue cryopreservation
 * Oven temperatures
 * Overdrive voltage
 * Oxidative-induction time
 * Oxypnictide
 * PEDOT-TMA
 * PK-3 Plus (ISS Experiment)
 * PTFE fiber
 * Para-Azoxyanisole
 * Paranematic susceptibility
 * Parasporal body
 * Partial dislocations
 * Partial molar property
 * Partition function (mathematics)
 * Pascal's constants
 * Passive cooling
 * Patterning by etching at the nanoscale
 * Pauling's rules
 * Pearson symbol
 * Peek's law
 * Peierls stress
 * Peptization
 * Peptoid nanosheet
 * Perfect crystal
 * Peridynamics
 * Periodic graph (crystallography)
 * Permalloy
 * Permissive temperature
 * Peroxocarbonate
 * Peroxodicarbonate
 * Perplexity
 * Persoz pendulum
 * Pervaded volume
 * Peter von Rittinger
 * Phase boundary
 * Phase diagram
 * Phase qubit
 * Phase transformation crystallography
 * Phases of fluorine
 * Phonon scattering
 * Phosphorene
 * Photo 51
 * Photoelectrochemical cell
 * Photothermal microspectroscopy
 * Physical vapor deposition
 * Pi interaction
 * Pickering emulsion
 * Piezomagnetism
 * Piezophototronics
 * Piezotronics
 * Pinning points
 * Pipe insulation
 * Piston-cylinder apparatus
 * Pitzer equations
 * Plane strain compression test
 * Planetary equilibrium temperature
 * Plant efficiency
 * Plasma Acoustic Shield System
 * Plasma actuator
 * Plasma antenna
 * Plasma contactor
 * Plasma deep drilling technology
 * Plasma railgun
 * Plasma receiver
 * Plasma sheet
 * Plasma transferred wire arc thermal spraying
 * Plasma-enhanced chemical vapor deposition
 * Plasma-facing material
 * Plasma-immersion ion implantation
 * Plasma-powered cannon
 * Plasmonic nanoparticles
 * Plastic crystal
 * Plastics engineering
 * Plate (structure)
 * Plate theory
 * Plating
 * Platinum nanoparticles
 * Platinum silicide
 * Platonic crystal
 * Plumbide
 * Point group
 * Pointwise mutual information
 * Polar point group
 * Pole figure
 * Polycrystal
 * Polycrystalline silicon
 * Polycrystalline silicon photovoltaics
 * Polyelectrolyte adsorption
 * Polymer adsorption
 * Polynomial (hyperelastic model)
 * Polysome (Crystallography)
 * Polythiazyl
 * Polyvinylidene fluoride
 * Pomeranchuk cooler
 * Porous silicon
 * Positron Lifetime Spectroscopy
 * Potassium aluminium borate
 * Potassium sodium tartrate
 * Potential magnetic field
 * Pourbaix diagram
 * Powder mixture
 * Prealloy
 * Precipitable water
 * Prediction of crystal properties by numerical simulation
 * Preferential alignment
 * Preisach model of hysteresis
 * Prepolymer
 * Primary energy
 * Prince E. Rouse
 * Principle of normality
 * Prismatic surface
 * Productive nanosystems
 * Programmable communicating thermostat
 * Programmable thermostat
 * Projector augmented wave method
 * ProtCID
 * Protein Data Bank
 * Protein crystallization
 * Protein microarray
 * Protocrystalline
 * Provisional Low-Temperature Scale of 2000
 * Proximity communication
 * Proximity effect (electron beam lithography)
 * Proximity effect (superconductivity)
 * Pseudospark switch
 * Pugmill
 * Pulse tube refrigerator
 * Puncture resistance
 * Pyrite
 * P–n junction isolation
 * Q-machine
 * Quantum Hall transitions
 * Quantum nanoscience
 * Quantum spin Hall effect
 * Quartz
 * Quasi-harmonic approximation
 * Quasi-one-dimensional models
 * Quietstone
 * Quiteron
 * R-value (insulation)
 * R-value (plasticity)
 * Racemic crystallography
 * Racetrack memory
 * Radial stress
 * Radial tire
 * Radiant cooling
 * Radiation properties
 * Radio atmospheric
 * Radiosity (computer graphics)
 * Radiosonde
 * Rainflow-counting algorithm
 * Ramberg–Osgood relationship
 * Random coil
 * Random logic
 * Rational design
 * Reaction bonded silicon carbide
 * Recalescence
 * Recovery (metallurgy)
 * Recrystallization (chemistry)
 * Recrystallization (metallurgy)
 * Recurrence period density entropy
 * Red heat
 * Redux (adhesive)
 * Reference Point Indentation (RPI)
 * Reflectance difference spectroscopy
 * Refrigerator
 * Regenerative cooling
 * Regular solution
 * Regulation of nanotechnology
 * Reid vapor pressure
 * Relations between heat capacities
 * Relative volatility
 * Reliability (semiconductor)
 * Reliability engineering
 * Representative elementary volume
 * Reptation
 * Residual-resistance ratio
 * Resistive ballooning mode
 * Resonance-assisted hydrogen bond
 * Resonator mode
 * Resource intensity
 * Resource productivity
 * Reticulated foam
 * Reversibly assembled cellular composite materials
 * Reversing valve
 * Revolving rivers
 * Ridge (meteorology)
 * Rigid line inclusion
 * Rigid unit modes
 * Robotic sperm
 * Rock candy
 * Rock mass plasticity
 * Rocketsonde
 * Roll-to-roll processing
 * Roller electrospinning
 * Rose–Vinet equation of state
 * Rotaxane
 * Rule 184
 * Rule of mixtures
 * Run-around coil
 * Ruppeiner geometry
 * Rüchardt experiment
 * S-PULSE
 * SACLA
 * SU-8 photoresist
 * Safety factor (plasma physics)
 * Salvinia effect
 * Sample entropy
 * Sand bath
 * Sanhua
 * Saturation dome
 * Saturation vapor density
 * Saturation velocity
 * Sayre equation
 * Scale of temperature
 * Scanning Hall probe microscope
 * Scanning SQUID microscopy
 * Scanning gate microscopy
 * Scanning ion-conductance microscopy
 * Scanning joule expansion microscopy
 * Scanning probe lithography
 * Scanning tunneling spectroscopy
 * Scanning voltage microscopy
 * Scheutjens–Fleer theory
 * Schmid's Law
 * Schoenflies notation
 * School of Materials, University of Manchester
 * Schottky barrier
 * Schreinemaker's analysis
 * Scleroscope
 * Screening effect
 * Scuderi cycle
 * Sea surface temperature
 * Sedimentation potential
 * Segregation in materials
 * Self-assembled monolayer
 * Self-assembly
 * Self-healing material
 * Self-replication
 * Semicircle law (Quantum Hall)
 * Semiconductor device
 * Semilinear response
 * Severe plastic deformation
 * Shallow trench isolation
 * Shear and moment diagram
 * Shear band
 * Sheet resistance
 * ShelXle
 * Shell (structure)
 * Shin Sung-chul
 * Shocks and discontinuities (magnetohydrodynamics)
 * Shpolskii matrix
 * Shrink-fitting
 * SiC/SiC Matrix Composite
 * Silicene
 * Silicon
 * Silicon carbide
 * Silicon nanotube
 * Silicon on insulator
 * Silicon on sapphire
 * Silicon-germanium
 * Silicon-tin
 * Silsbee effect
 * Silver
 * Silver Nano
 * Silver telluride
 * Simon–Glatzel equation
 * Single layer materials
 * Size effect on structural strength
 * Slow release
 * Smart Cut
 * Smart film
 * Smart thermostat
 * Snapback (electrical)
 * Societal impact of nanotechnology
 * Sodium amalgam
 * Soft modes
 * Soft tissue
 * Softening point
 * Soken tester
 * Sol-gel
 * Solar transition region
 * Solar–hydrogen energy cycle
 * Solid lipid nanoparticle
 * Solid oxygen
 * Solid-state (electronics)
 * SolidWorks
 * Solvus
 * Sorption calorimetry
 * South Atlantic Anomaly
 * Space-based solar power
 * Spacecraft thermal control
 * Spar (mineralogy)
 * Specific ion interaction theory
 * Specific modulus
 * Spectral element method
 * Spider silk
 * Spin canting
 * Spin coating
 * Spin polarized scanning tunneling microscopy
 * Spin-transfer torque
 * Spinmechatronics
 * Spinodal
 * Splat quenching
 * Spray foams (insulation)
 * Spring system
 * Sprite (lightning)
 * Sputter cleaning
 * Sputter deposition
 * Stacking-fault energy
 * Staged combustion
 * Staged combustion cycle
 * Standard state
 * Stanene
 * Stannide
 * Stanton number
 * State postulate
 * Static light scattering
 * Steam digester
 * Stefan adhesion
 * Stefan number
 * Stefan's formula
 * Stephen C. Harrison
 * Stereographic projection
 * Stick-slip phenomenon
 * Sticking probability
 * Stochastic cellular automaton
 * Stoner criterion
 * Stone–Wales defect
 * Strahl (astronomy)
 * Strain engineering
 * Strain rate
 * Strained quantum-well laser
 * Strained silicon
 * Streak seeding
 * Strengthening mechanisms of materials
 * Stress field
 * Stress functions
 * Stress resultants
 * Stress space
 * String ribbon
 * Strontium fluoride
 * Structural Fracture Mechanics
 * Structural coloration
 * Structural integrity and failure
 * Structural mechanics
 * Stuart number
 * Stüve diagram
 * Sublimation apparatus
 * Sublimation sandwich method
 * Substrate (electronics)
 * Sulaibya
 * Sulfidation
 * Sulfide stress cracking
 * Sulfoselenide
 * Super Tonks–Girardeau gas
 * Superconducting logic
 * Superconducting steel
 * Superconductor classification
 * Supermalloy
 * Superplasticity
 * Superstripes
 * Supramolecular assembly
 * Supramolecular electronics
 * Surface diffusion
 * Surface layering
 * Surface micromachining
 * Surface modification
 * Surface-wave-sustained mode
 * Surprisal Analysis
 * Swift heavy ion
 * Symmetry protected topological order
 * Symplectite
 * Symposia on VLSI Technology and Circuits
 * Synthetic ion channels
 * Synthetic molecular motor
 * Synthetic setae
 * Szyszkowski equation
 * Tairus
 * Tandem Mirror Experiment
 * Taylor-Hobson
 * Tear resistance
 * Tearing
 * Technomimetics
 * Tej P. Singh
 * Temperature data logger
 * Temperature record
 * Temperature salinity diagrams
 * Temperature-programmed reduction
 * Tensor derivative (continuum mechanics)
 * Terahertz nondestructive evaluation
 * Tetrahedrite
 * Thallium barium calcium copper oxide
 * The Entropy Influence Conjecture
 * The Hetero-Genesys Laboratory - Cambridge University
 * The Minerals, Metals & Materials Society
 * Theorem of three moments
 * Thermal bag
 * Thermal barrier coating
 * Thermal break
 * Thermal comfort
 * Thermal copper pillar bump
 * Thermal decomposition
 * Thermal effusivity
 * Thermal ellipsoid
 * Thermal equilibrium
 * Thermal grease
 * Thermal history coating
 * Thermal lag
 * Thermal manikin
 * Thermal mass refrigerator
 * Thermal spraying
 * Thermoception
 * Thermochemical nanolithography
 * Thermodynamic activity
 * Thermodynamic databases for pure substances
 * Thermodynamic efficiency limit
 * Thermodynamic process path
 * Thermodynamic solar panel
 * Thermodynamic versus kinetic reaction control
 * Thermodynamik chemischer Vorgänge
 * Thermoelectric generator
 * Thermogenic plants
 * Thermogravimetry
 * Thermokinetics
 * Thermomass Theory
 * Thermopause
 * Thermophobia
 * Thermoplastic elastomer
 * Thermoregulation
 * Thermostat
 * Thermostatic mixing valve
 * Thermostatic radiator valve
 * Thermowell
 * Theta solvent
 * Thin walled beams
 * Thin-film transistor
 * Thomsen parameters
 * Threshold displacement energy
 * Time resolved crystallography
 * Time temperature indicator
 * Time-domain thermoreflectance
 * Timeline of heat engine technology
 * Timeline of low-temperature technology
 * Timeline of materials technology
 * Time–temperature superposition
 * Timoshenko beam theory
 * Tin dioxide
 * Tin telluride
 * Tinning
 * Titanium aluminide
 * Tog (unit)
 * Toric code
 * Torsion constant
 * Total position spread
 * Touchstone (assaying tool)
 * Transcritical cycle
 * Transfer entropy
 * Transistor channel
 * Transistor diode model
 * Transistor laser
 * Transition temperature
 * Transport coefficient
 * Tri Alpha Energy, Inc.
 * Triathlon (heat pump)
 * Tribometer
 * Triethylgallium
 * Trihexagonal tiling
 * Trimethylgallium
 * Trimethylindium
 * Triphosphorus pentanitride
 * Troposphere
 * True vapor pressure
 * Tsai–Wu failure criterion
 * Tube-based nanostructures
 * Tunable resistive pulse sensing
 * Tungsten disilicide
 * Ultimate tensile strength
 * Ultraperformance Nanophotonic Intrachip Communications
 * Unimorph
 * Unintended consequences
 * Universal testing machine
 * Universality–diversity paradigm
 * University of Dayton Research Institute
 * Uranium rhodium germanium
 * Urban thermal plume
 * Utility fog
 * Valleytronics
 * Van Laar equation
 * Van der Waals force
 * Van der Waals radius
 * Van der Waals surface
 * Vanadium-gallium
 * Vapor polishing
 * Vapor–liquid equilibrium
 * Vapour pressure of water
 * Variable Specific Impulse Magnetoplasma Rocket
 * Variable cycle three-stroke engine
 * Variable-range hopping
 * Variation of information
 * Varphi Josephson junction
 * Vectra (plastic)
 * Velocity saturation
 * Verticity
 * Vibration fatigue
 * Vibration of plates
 * Vicalloy
 * Virtual temperature
 * Viscoplasticity
 * Void ratio
 * Voigt notation
 * Voigt-Thomson law
 * Voltage reference
 * Volume entropy
 * Von Mises yield criterion
 * Vortex tube
 * Voter model
 * Vuilleumier cycle
 * Wafering
 * Wallpaper group
 * Warm dense matter
 * Waste heat
 * Water cooler
 * Water of crystallization
 * Water-in-water emulsion
 * Waves in plasmas
 * Waviness
 * Wax thermostatic element
 * Wear coefficient
 * Wearable generator
 * Weather Stress Index
 * Weatherization
 * Weibull modulus
 * Weili Dai
 * Western Institute of Nanoelectronics
 * Wet nanotechnology
 * Wet-bulb globe temperature
 * Wet-bulb potential temperature
 * Wetting layer
 * Wiedemann effect
 * Wiegand effect
 * Wilhelmy plate
 * Willam-Warnke yield criterion
 * Wolfson Centre for Magnetics
 * Wouthuysen–Field coupling
 * Wulff construction
 * X-ray microtomography
 * XSimula
 * Xylology
 * Yeoh (hyperelastic model)
 * Yield (engineering)
 * Yield strength anomaly
 * Z-tube
 * ZEUS-HLONS (HMMWV Laser Ordnance Neutralization System)
 * Zeeman energy
 * Zener pinning
 * Zero-curtain effect
 * Zeta potential titration
 * Zinagizado
 * Zinc oxide
 * Zinc oxide nanorod sensor
 * Zinc selenide
 * Zinc telluride
 * Zintl phase
 * ZnO-based diluted magnetic semiconductors