User:Skysmith/Missing topics about Physics-Part2

Missing articles about physics 2

Thanks to User:Linas for clearing things up & User:Crowsnest, User:Headbomb, User:Heurisko, User:Hugo99, User:Jheald, User:Phn229, User:Roberttherambler, User:Sbyrnes321, User:Tassedethe, User:TimothyRias, Tls60, User:Trurle & User:TStein

For sectioned version of this list see WikiProject Physics/Missing physics topics

Light

 * Bright Line Light Spectra -
 * Deflection of light -
 * Equation of light -
 * Flash spectrum -
 * Light array experiment -
 * Light Cone Causality -
 * Light trapping -
 * Light-scattering photometry -
 * Local speed of light -
 * Simulated divided light -

Spectroscopy

 * Absorption spectrophotometer -
 * Air line (spectroscopy) -
 * Air spectrum -
 * Angle-resolved photoelectron spectroscopy (ARES) -
 * anharmonic oscillator spectrum -
 * ascending chromatography -
 * astronomical spectrograph -
 * atomic polarization -
 * atomic spectrophotometry -
 * beta-ray spectrometer, beta spectrometer -
 * broadening of spectral lines -
 * characteristic loss spectroscopy (CLS) -
 * comparison spectrum -
 * constant-derivation spectrometer -
 * critical absorption wavelength -
 * cycloidal mass spectrometer -
 * D-lines of sodium -
 * Damping wings Damping wing -
 * difference spectrophotometer, absorption spectrophotometer -
 * differential spectrophotometry -
 * diffraction spectrum -
 * Diffraction spectrum, normal spectrum -
 * direct-vision spectroscope -
 * doppler-free two-photon spectroscopy -
 * double-beam spectrophotometer -
 * Echelon grating -
 * electrohydrodynamic ionization mars spectroscopy -
 * electron spectrum -
 * electronic absorption spectrum -
 * electronic band spectrum -
 * electronic emission spectrum -
 * Electronic spectrum -
 * enhanced spectra enhanced line -
 * féry spectrograph -
 * field-desorption mass spectroscopy -
 * filter spectrophotometer -
 * first-order spectrum -
 * flash spectroscopy -
 * fluorescence spectra -
 * Gamma-ray spectrum -
 * grating spectrograph -
 * grating spectroscope -
 * grid spectrometer -
 * helium spectrometer -
 * Hyperfine structure of spectral lines -
 * laser heterodyne spectroscopy -
 * littrow grating spectrograph -
 * littrow quartz spectrograph -
 * low-frequency spectrum -
 * matrix spectrophotometry -
 * microprobe spectrometry -
 * microspectrograph -
 * microspectroscope -
 * modulation spectroscopy -
 * molecular spectrum -
 * mull technique -
 * near-infrared spectrophotometry -
 * noise (spectroscopy) -
 * nonlinear spectroscopy -
 * nuclear reaction spectrometry (NRS) -
 * optical null method -
 * optogalvanic spectroscopy -
 * orange spectrometer -
 * paramagnetic spectrum -
 * polarized scattering -
 * positron emission spectroscopy -
 * positronium velocity spectrometer -
 * prism spectrograph -
 * q branch, in spectroscopy –
 * quadripole spectrometer, massenfilter -
 * radio-frequency spectrometer -
 * radio-frequency spectroscopy -
 * raman spectrophotometry -
 * reflectance spectrophotometry -
 * Reflection anisotropy spectroscopy -
 * resonance ionization spectroscopy (RIS) -
 * resonance spectrum -
 * reversal spectrum -
 * rotation spectrum -
 * rotation-vibration spectrum -
 * Rydberg spectrum -
 * satellite infrared spectrometer (SIRS) -
 * saturated interference spectroscopy -
 * saturation spectroscopy -
 * Secondary spectrum -
 * Sodium-line reversal -
 * soft x-ray appearance potential spectroscopy (SXAPS) -
 * soft-x-ray absorption spectroscopy -
 * soft-x-ray appearance potential spectroscopy -
 * source (spectroscopy) -
 * spectral directional reflectance factor -
 * Spectral luminous efficiency -
 * spectral radiance factor -
 * spectrobolometer -
 * spectrophone -
 * spectroscopic displacement -
 * Spectroscopic reversal -
 * structure resonance modulation spectroscopy (SRMS) -
 * ultrasensitive mass spectrometer -
 * ultraviolet photoemission spectroscopy (UPS) -
 * ultraviolet spectrometer -
 * ultraviolet spectrophotometry -
 * vacuum ultraviolet spectroscopy -
 * Valence ultraviolet -
 * visible absorption spectrophotometry -
 * wedge spectrograph -
 * X-ray crystal spectrometer -
 * X-ray fluorescent emission spectrometer -
 * Zeeman-effect atomic absorption spectrometry, ZAA spectrometry –

Colors

 * Combination colour -
 * Corresponding color -
 * Longitudinal aberration -
 * Subtractive process -
 * Surface colour -

Magnetism

 * Anhysteretic -
 * Antimagnetic -
 * Astatic system -
 * Canted antiferromagnetism -
 * Coercimeter -
 * Compole -
 * Consequent pole -
 * Electromagnetic damping -
 * Electromagnetic deflection -
 * Electromagnetic focusing -
 * Equivalent length of a magnet -
 * Free magnetism -
 * Free-electron paramagnetism -
 * Galvanomagnetic effects -
 * Gyromagnetic effect -
 * Gyromagnetic moment -
 * Hydromagnetic equation -
 * Induced diamagnetism -
 * Intensity of magnetization -
 * Isomagnetic lines -
 * Magnetic balance -
 * Magnetic difference of potential -
 * Magnetic effects magnetic effect -
 * Magnetic element -
 * Magnetic energy field density -
 * Magnetic function -
 * Magnetic hysteresis loss -
 * Magnetic intensity -
 * Magnetic interference -
 * Magnetic interval -
 * Magnetic leakage -
 * Magnetic mountain -
 * Magnetic pole variation -
 * Magnetic screening -
 * Magnetic shell -
 * Magnetic shunt -
 * Magnetic stability -
 * Magnetic temperature coefficient -
 * Magnetic well -
 * Magnetization curve -
 * Magnetizing force -
 * Magneto-aerodynamics -
 * Magneto-centrifugal -
 * Magnetodamping -
 * Magnetron effect -
 * Paramagnetic resonance -
 * Parasitic ferromagnetism -
 * Pole face -
 * Residual magnetism -
 * tangential field -
 * Temporary magnet -
 * Thermomagnetic effects Thermomagnetic effect -
 * Thermomagnetism -
 * Unit pole -
 * Wall energy -

Matter

 * Active mass -
 * Critical material -
 * Matter density parameter -
 * Structure of matter -

Motion

 * Acceleration coefficient -
 * Acceleration measurement -
 * Acceleration principle -
 * Acceleration-error constant -
 * Action of the physical system -
 * Active motion -
 * Angle of external friction -
 * Angle of internal friction -
 * Ballistic gain -
 * Breaking point (dynamics) -
 * Centrifugal moment -
 * Centrifugal potential -
 * Centrifugation potentials -
 * Circular velocity -
 * Collision coefficient -
 * Collision density -
 * Compensated pendulum -
 * Composition-of-velocities law -
 * Conditionally periodic motion -
 * Conservation of mass and energy -
 * Contra-cyclical movement -
 * Critical entrainment velocity -
 * Cylindrical winding -
 * Differential motion -
 * Distribution of velocities -
 * Drum winding -
 * Elastic constants elastic constant -
 * Elastic hysteresis loss -
 * Emergent dynamics -
 * Free-flight trajectory -
 * Galitzin pendulum -
 * Geometrical moment of inertia -
 * Gramme winding -
 * High velocity -
 * Horizontal pendulum -
 * Impact velocity -
 * Impulsive force -
 * Irrotational motion -
 * Jet velocity -
 * Kinetic equilibrium -
 * Lagrance function -
 * Lagrange's equations of motion -
 * Lagrangian generalized velocity -
 * Lateral acceleration -
 * Limit velocity -
 * Linear stopping power -
 * Longitudinal acceleration -
 * Mass moment -
 * Mass reactance -
 * Mass resistivity -
 * Mass stopping power -
 * Mean square velocity -
 * Mean trajectory -
 * Mechanomotive force -
 * Microscopic motion -
 * Modulus of torsion -
 * Motion time analysis (MTA) -
 * Normal acceleration -
 * Paralytic motion -
 * Relation motion -
 * Spin-spin forces -
 * Standard ballistic conditions -
 * Surface recombination velocity -
 * Terminal full velocity -
 * Threshold velocity -
 * Velocity analysis -
 * Velocity constant -
 * Velocity modulation -
 * Velocity of molecule -
 * Virial law -

Nuclear reactions

 * Atomic unit of energy -
 * Charge independence -
 * Converter reaction -
 * Disintegration constant -
 * Fertile isotope -
 * Fission probability -
 * Gamow barrier -
 * Initial nuclear radiation -
 * Isodiapheres isodiaphere -
 * Migration area -
 * Mirror nuclide -
 * Nuclear barrier, Gamow barrier -
 * Nuclear blanket -
 * Nuclear breeding -
 * Nuclear conversion -
 * Nuclear disintegration energy -
 * Nuclear energy change -
 * Nuclear heat of reaction -
 * Nuclear partition function -
 * Nucleation center -
 * Reactor Steady States reactor steady state -

Particle physics

 * Beam current -
 * Charged particle optics -
 * Compton recoil -
 * Double positron emission -
 * Even-odd nucleus -
 * Excitation energy critical potential -
 * Field ionisation -
 * Gaseous ion -
 * Gross alpha particle activity -
 * Gross beta particle activity -
 * Heavy particle -
 * Image potential -
 * Ion barrier -
 * Ionic current -
 * Ionic migration -
 * Isotopic irradiation -
 * Mobile ion -
 * Particle characterisation -
 * Particle dynamic -
 * Particle fluency -
 * Particle scattering -
 * Photodetachment -
 * Primary particle -
 * Quasiparticle atom -
 * Sigma pile -
 * Simpsino, heavy neutrino -
 * Slow neutron mechanism -
 * Slow neutron spectroscopy -
 * Slowing-down density -

Radiation

 * Actimogen, substance that produces radiation -
 * Air equivalent -
 * Bondi's Radiating Metric -
 * Boundary scattering -
 * Cadmium ratio -
 * Cascade shower -
 * Counter radiation, counter-radiation -
 * Daughter element, in radioactivity -
 * Deceleration radiation -
 * Decimetric radiation -
 * Direct radiation -
 * East-west effect -
 * Emanating power -
 * Exposure dose -
 * Free-bound emission -
 * Gamma ray window -
 * Gamma-ray transformation -
 * Heterodyne radiation -
 * Heterogenous radiation -
 * Homogenous radiation -
 * Incident solar radiation -
 * Inclusive decay -
 * Initial radiation -
 * Internal absorptance -
 * Large Volume Radiation Detection Large volume radiation detection -
 * Lead equivalent -
 * Low radiation -
 * Microradiography -
 * Multiple radiation -
 * Paraxial rays -
 * Penetrating shower -
 * Perspex dosimetry -
 * Polychromatic radiation -
 * Potential scattering -
 * Primary radiation -
 * Principal ray -
 * Radiant quantities radiant quantity -
 * Radiation activity -
 * Radiation chimera -
 * Radiation correction -
 * Radiation damage to materials -
 * Radiation density -
 * Radiation Field Radiation field -
 * Radiation fluid -
 * Radiation formula -
 * Radiation law -
 * Radiative collision -
 * Radiative time constant -
 * Radio Doppler radio doppler -
 * Radioactive minerals -
 * Radiological environment -
 * Radiotransparent -
 * Ray diffraction -
 * Rayleigh Phase Function -
 * Reflected infrared radiation -
 * Remnant radiation -
 * Resonance ionisation spectroscopy -
 * Resonance scattering -
 * Selective absorption -
 * Selective radiation -
 * Shadow scattering -
 * Soft shower -
 * Sphere radiative cooling -
 * Uniform temperature enclosure -

Radioactivity

 * Curie balance -
 * Radioactive age -
 * Radioactive barrier -
 * Radioactive beam -
 * Radioactive collision -
 * Radioactive cooling -
 * Radioactive heat -
 * Radioactive substance, radioactive substances -
 * Radioactivity and radiation applications - - We have radioactivity
 * Radioactivity log -
 * Radioactivity standards -

Sound

 * Acoustic absorption coefficient -
 * Acoustic capacitance -
 * Acoustic inertance -
 * Acoustic mass, acoustic stiffness -
 * Band pressure level -
 * Crystal acoustics -
 * Diffraction of sound -
 * Dispersion of sound -
 * Electrophonic instrument -
 * Hyper sound -
 * Loudness level -
 * Radiated noise level -
 * Resonance theory of hearing -
 * Sensation level -
 * Sound absorption coefficient -
 * Sound condensation -
 * Sound distortion -
 * Sound energy reflection coefficient -
 * Sound flux -
 * Sound pitch -
 * Sound-wave photography -
 * Summation tone -
 * Ultrasonic power -
 * Warble tone –

Thermal effects

 * Adiabatic change -
 * Afterheat -
 * Available heat -
 * Back heating -
 * Cascading heat -
 * Characteristic temperature -
 * Coefficient of volumetric expansion coefficient of cubical expansion -
 * Convection coefficient -
 * Cooling effect -
 * Cooling force -
 * Cooling time -
 * Counter-flow heat exchange -
 * Critical isothermal -
 * Curie balance -
 * Electric radiant heating -
 * Electrothermal process -
 * Elevated convection -
 * Equivalent blackbody temperature -
 * Expansion coefficient -
 * explosive heat death -
 * Flame ionization -
 * Gross hydraulichot hard heat -
 * Heat balance -
 * Heat content net -
 * Heat gain -
 * Heat of ablation -
 * Heat of aggregation -
 * Heat of cooling -
 * Heat of crystallization -
 * Heat of transformation -
 * Heat of wetting -
 * Heat path -
 * Heat quantity -
 * Heat release -
 * Heat retention -
 * Heat storage efficiency -
 * Heating curve -
 * Heating zone -
 * Heliothermal, heliothermic -
 * Isometric transition -
 * Isothermal transition -
 * Latent cooling capacity -
 * Latent heat of evaporation -
 * Linear heat generation rate -
 * Liquid-to-air heat exchange -
 * Local coefficient of heat transfer -
 * Low entropy energy -
 * Low heat value -
 * Low heating value -
 * Mean specific heat -
 * Mean-average boiling point -
 * Minimum entropy control -
 * Molar latent heat -
 * Negative specific heat capacities -
 * Net heating value low heat value -
 * Opstwald's adsorption isotherm -
 * Pound of steam -
 * Radiation loss -
 * Rethermalized particle -
 * Rxpansion cooling -
 * S wave thermal set -
 * Saturated temperature -
 * Solar heat gain factor -
 * Specific latent heat of vaporization, enthalpy of evaporation -
 * Spectral emissivity -
 * Sphere thermal equilibrium -
 * Steam conversion factor -
 * Steam line -
 * Steam point -
 * Steam temperature control -
 * Thermal absorption coefficient -
 * Thermal agitation -
 * Thermal balance point -
 * Thermal distortion -
 * Thermal effect -
 * Thermal efficiency analysis -
 * Thermal performance -
 * Thermal potential difference -
 * Thermal prospecting -
 * Thermal relic -
 * Thermal shadow -
 * thermionic conversion -
 * Thermomagnetism -
 * Vaporization coefficient -
 * Vaporization cooling –

Thermodynamics

 * Adiabatic envelope -
 * Adiabatic vaporization -
 * Air-standard cycle -
 * Andrews's curves -
 * Anomalous expansion -
 * Barotropic phenomenon -
 * Beattle and Bridgman equation -
 * Black-surface enclosure -
 * Boltzmann engine -
 * Bulygen number -
 * Carnot number -
 * Carnot-Clausius equation -
 * Cavity radiator -
 * Clausius law -
 * Clausius number -
 * Clausius' statement -
 * Coefficient of cubical expansion -
 * Coefficient of linear expansion -
 * Coefficient of superficial expansion -
 * Colburn J factor equation -
 * Comparator method -
 * Congruent meeting point -
 * Conservative property -
 * Cooling correction -
 * Critical isotherm -
 * Derivation of thermodynamics -
 * Diathermous envelope -
 * Differential heat of solution -
 * Divariant system -
 * Donohue equation -
 * Dufour number -
 * Dupre's equation -
 * Eddy conductivity -
 * Eddy heat conduction Eddy conduction -
 * Egerton's effusion method -
 * Electron conduction -
 * Equation of piezotrophy -
 * Explosion method -
 * External work -
 * Fiducial temperature -
 * Film coefficient -
 * Fourier heat equation -
 * Fourier law of heat conduction -
 * Frigorie -
 * Fundamental interval -
 * Gas cycle -
 * Gay-Lussac's second law -
 * Gold point -
 * Griffith's method -
 * Gukhman number -
 * Hildebrand function -
 * Homenergic flow -
 * Homomorphous transformation -
 * Humphries equation -
 * Hutting equation -
 * Irreversible energy loss -
 * Irreversible thermodynamics -
 * Isenergic flow -
 * Isentrope -
 * Isentropic expansion -
 * Isothermal compression -
 * Isothermal equilibrium -
 * Isothermal magnetization -
 * J factor -
 * Jaeger-Steinwehr method -
 * Jeans viscosity equation -
 * Joule and Playfair's experiment -
 * Joule experiment -
 * Kellogg equation -
 * Keyes equation -
 * Kirchhoff vapor pressure formula -
 * Kirchoff's equations -
 * Lambert surface -
 * Lee's disk -
 * Ludwig-Soret effect -
 * Macroscopic property -
 * Matthiessen sinker method -
 * Maxwell equal-area rule -
 * Mayer's formula -
 * Mean calorie -
 * Method of mixture -
 * Micro-reciprocal-degree -
 * Molecular heat -
 * Morgan equation -
 * Nernst approximation formula -
 * Nerst-Simon statement of the third law of thermodynamics -
 * Neumann-Kopp rule -
 * Nusselt equation -
 * Order of phase transition -
 * Oxygen point -
 * Poynting's law -
 * Prevost's theory -
 * Primary phase region -
 * Primary phase -
 * Psychromatic ratio -
 * Q unit -
 * Radial heat flow -
 * Ramsay-Shield-Eötrös equation -
 * Ramsay-Young method -
 * Ramsay-Young rule -
 * Reduced value Reduced property -
 * Resuperheating -
 * Reverse Carnot cycle -
 * Reversible path -
 * Ritchie's experiment -
 * Rossby diagram -
 * Sargent cycle -
 * Schielermacher's method -
 * Sensible-heat factor (SHF) -
 * Sensible-heat flow -
 * Standard free-energy increase -
 * Standard thermodynamic properties -
 * Steady-state conduction -
 * Steam line -
 * Steam point -
 * Stem correction -
 * Sublimation cooling -
 * Sublimation pressure -
 * Sublime (thermodynamics) -
 * Superficial expansivity -
 * Suspended transformation -
 * Temperature bath -
 * Thermal conductimetry -
 * Thermal coulomb -
 * Thermal environment -
 * Thermal farad -
 * Thermal henry -
 * Thermal instrument -
 * Thermal ohm -
 * Thermal value -
 * Thermodynamic equation of state -
 * Thermodynamic potential at constant -
 * Thermodynamic probability -
 * Thermoelectric laws -
 * Thermometric fluid -
 * Thermometric property -
 * Thetagram -
 * Univariant system -

Thermodynamic cycles

 * Claude cycle -
 * Claude dual-pressure cycle -
 * Gifford-McMahon cycle -
 * Heylandt cycle -
 * Hirn cycle -
 * Linde dual-pressure cycle -
 * Ported constant volume cycle -
 * Two phased Stirling cycle -

Time

 * Advanced time -
 * Dilute thromboplastic time (TDT/DTT) -

Research methods

 * Borda's weighing method -
 * Cyclotron resonance experiments -
 * Density measurement -
 * Ion pair chromatography -
 * Lithium experiment -
 * Nuclear Densitometer Test -
 * Perturbation method -
 * Radiochemical laboratory -
 * Radiological survey -
 * Scattering measurement -
 * Siberian Snake, physics experiment -
 * Total-reflection X-ray Fluorescence Analysis -

Mathematics

 * Age equation, age theory, fermi age theory -
 * Apjohn's formula -
 * Berthelot's equation of state -
 * Besser function -
 * Biot-Fourier equation -
 * Canonical equation -
 * Carnot-Clausius equation -
 * Cauchy dispersion formula -
 * Clausius' equation of state -
 * Clausius' equation -
 * Einstein's photoelectric equation -
 * Error equation -
 * Finkelstein diagram -
 * Gaussian lens formula -
 * Hartmann formula -
 * Helmert's formula -
 * Kelvin's formula -
 * Kirchoff formula -
 * Maxwell's formula -
 * Newton's equations of motion -
 * Newton's formula -
 * Paschen notation -
 * Plank's formula -
 * Proper function and value -
 * Psychrometric formula -
 * Quadrupole radiation formula -
 * Radial wave equation -
 * Radiometric equation -
 * Rayleigh phase function -
 * Reduced equation of state -
 * Reflection density -
 * Rosenbluth Equation Rosenbluth Equation -
 * Routh's procedure -
 * Sedov equation -
 * Shuttleworth Herring equation -
 * Stark-Einstein equation -
 * Statistical radiophysics -
 * Stoke-Kirchhoff equation -
 * Tossing ionic equation -
 * Total ionic equation -
 * Transient Time Correlation Function -
 * Van der Waals surface tension formula -

Research technology

 * Accelerator valve -
 * Achromatic condenser -
 * Acoustic spectrograph -
 * Activation detector -
 * Alpha-ray vacuum gage -
 * Alphatron alpha-ray vacuum gage -
 * Angström compensation pyrheliometer -
 * Astatic gravimeter -
 * Atomic level scanning -
 * Atomic moisture meter -
 * Austria-type ion-trap quantum computer -
 * Beam-foil spectroscopy -
 * Bench photometer -
 * Beta-ray spectroscopy -
 * Boron chamber -
 * Boron counter -
 * Boy's radiomicrometer -
 * Bragg spectrometer -
 * Broca galvanometer -
 * Buckley gage -
 * Bunsen ice calorimeter -
 * Cardew voltmeter -
 * Castaing-Slodzian mass analyzer direct-imaging mass analyzer -
 * Chladni's plates -
 * Chromoradiometer -
 * Cloud chamber experiment -
 * Coherent state based quantum computer -
 * Columbia University cyclotron -
 * Compensated neutron logging -
 * Confinement of fusion plasma -
 * Continuous flow calorimeter -
 * Coplanar forces coplanar force -
 * Correlation spectrometer -
 * Counter/frequency meter -
 * Critical compression pressure -
 * Crookes dark space -
 * Crookes glass -
 * Crystal spectrometer -
 * Crystal-diffraction spectrometer -
 * Decrement gauge -
 * Deep underwater muon and neutrino detector -
 * Differential thermostat -
 * Direct-imaging mass analyzer -
 * Double prism -
 * Ebert ion counter -
 * Electron cyclotron resonance reactor -
 * Electron vacuum gage -
 * fast atom bombardment mass spectrometry -
 * Féry total radiation pyrometer -
 * Fluorescence emission spectroscopy -
 * Fluorophotometer Fluorophotometry -
 * Flying spot microscope -
 * Forbes bar -
 * Fortin's barometer -
 * Fulgurator -
 * Gabor trolley -
 * Gaede molecule air pump -
 * Galitzin pendulum -
 * Gamma-ray altimeter -
 * Gamma-ray level indicator -
 * Gamma-ray probe -
 * Gamma-ray tracking -
 * Gas plasma torch -
 * Glare filter -
 * Gyropendulum -
 * Hanging-drop atomizer pendant atomizer -
 * Hartmann generator -
 * Helmholtz galvanometer -
 * Hershel-Quincke tube, Quicke's tube -
 * Hittorf tube –
 * Hoffmann electrometer -
 * Hope's apparatus -
 * Ice calorimeter -
 * Impact Ionization Avalanche Transit Time transistor IMPATT transistor -
 * Ingen-Hausz apparatus -
 * Integrating meter -
 * Integrating photometer -
 * Intensifying screen -
 * International practical temperature scale -
 * Ion-Electron Method -
 * Ionization gage -
 * Ionization spectrometer -
 * Isotope farm -
 * Isotropic magnet -
 * Jamin refractometer -
 * Joly's steam calorimeter -
 * Joule calorimeter -
 * Kew magnetometer -
 * Knudsen gauge -
 * Laser temperature jump spectroscopy-
 * light-scattering photometry -
 * Linear inverter -
 * Lithium fluoride dosimeter -
 * Low-intensity atomizer -
 * Low-temperature hygrometry -
 * Lummer-Brodhun photometer -
 * Magnetoplasmadynamic generator -
 * Mason's hygrometer -
 * Microcalorimeter -
 * Microstrip Gas Chamber (MSGC) -
 * Microwave impedance measurement -
 * Molecular fingerprinting -
 * Molecular gauge, viscosity gauge, viscosity manometer -
 * Moment sensor -
 * Monochromatic temperature scale -
 * Neutral filter -
 * Neutrino Oscillation Magnetic Detector (NOMAD) -
 * Neutron amplifier -
 * Neutron beam machine -
 * Neutron dynamometer -
 * Neutron gun -
 * Neutron shield -
 * Neutron soil-moisture meter -
 * Nicholson hydrometer -
 * Nimrod accelerator, British particle accelerator in the Rutherford Laboratory, Oxford in 1958- -
 * NIST-type ion-trap quantum computer -
 * Non-linear optics quantum computer -
 * Nuclear snow gage -
 * Ochman's survey instrument -
 * Optical reflectometer -
 * Pachimeter -
 * Particulate mass analyzer -
 * Photographic dosimetry -
 * Photoscanner -
 * Polarizing pyrometer -
 * Positron camera -
 * Prism stereoscope -
 * Pulfrich refractometer -
 * Pyroscope Pyroscopy -
 * Quantum nucleonic reactor -
 * Quartz-fibre manometer -
 * Quasi-particle detector -
 * Quincke's tube -
 * Radiation counter -
 * Radiation vacuum gage -
 * Radiator vent -
 * Radiobalance -
 * Radiomicrometer -
 * Radiospectroscope -
 * Rayleigh disc -
 * Rayleigh refractometer -
 * Reflecting prison -
 * Regnault's hygrometer -
 * Relative gravity instrument -
 * Resistance gauge -
 * Resistance strain gauge -
 * Rhumbatron -
 * Rotating sector -
 * Scanning proton microprobe -
 * Scanning radiometer -
 * Secondary ion mass analyser -
 * Semiconductor-based quantum computing -
 * Siam Photon Source -
 * Siemens electrodynamometer -
 * Sikes' hydrometer -
 * Sine galvanometer -
 * Solid-electrolyte gas transducer -
 * Solid-state NMR quantum computer -
 * Sound spectrograph -
 * Spark counter -
 * Spring gravimeter -
 * Steam calorimeter -
 * Streamer tube -
 * Submillimeter-wave technology -
 * Tensimeter -
 * Test reactor -
 * Thermal measuring instrument -
 * Thermometer support -
 * Total radiation pyrometer -
 * Triode pump -
 * Two-way chromatography -
 * Universal shunt -
 * UNK accelerator, Russia -
 * Van de Graaf accelerator -
 * Virtual Cathode Oscillator Virtual cathode oscillator -
 * Viscosity gauge, viscosity manometer -
 * Wakefield tabletop accelerator -
 * Wave analyser -
 * Wet and dry bulb hygrometer -
 * X-ray goniometer -
 * X-ray monochromator -
 * X-ray transmitter spectroscopy -
 * Z-sensitive Ionization and Photon Detector –

Quantum mechanics

 * Absorption intensity -
 * Angular momentum (quantum) -
 * Casimir's function -
 * Circular causality -
 * Couple-pair theories -
 * Exchange relation -
 * Fundamental translation vector -
 * Goldstone diagrams -
 * Gött time machine -
 * Hugeshultz diagrams -
 * Hybrid qubit -
 * Hyperline coupling constant -
 * Hyperuniverse -
 * Incident wave -
 * Linked cluster theorem -
 * Non-relativistic quantum chromodynamics (NRQCD) -
 * Pair theories -
 * Photonic quantum computing -
 * Probability Density Charge -
 * Quantal effect -
 * Quantum computronium -
 * Quantum cookbook -
 * Quantum discontinuity -
 * Quantum power -
 * Quantum radiophysics -
 * Quantum theory of the atom -
 * Relaxation energy -
 * Rotational quantum number -
 * Space quantization -
 * Van Stockum's time machine -

Coherence theory

 * Coherence function -
 * General interference law -
 * Pseudothermal light -
 * Self coherence function -

Physics-related occupations

 * Nuclear Reactor inspector -

Miscellaneous

 * aeroelastic fluttering -
 * Arch filament system -
 * Axis of leverage -
 * Bessel method -
 * Betatron oscillation -
 * Bioprism -
 * blue whirl -
 * Bohr-Heisenberg Conversation -
 * bowing effect -
 * Buoyancy Oscillation Buoyancy oscillation -
 * Buoyancy Pressure Buoyancy pressure -
 * Cardioid Orbit Cardioid orbit -
 * cascading phosphorescence -
 * collisional rate, Langevin coefficient -
 * Condensing power -
 * Conservation of interfacial angle -
 * Continuous equilibrium vaporization -
 * Countercurrent transfer operations Countercurrent transfer operation -
 * crith -
 * Cycles per minute -
 * destructive cancellation -
 * deuteron activation analysis -
 * didymium spectrum -
 * Dipole approximation -
 * Dwarf core -
 * Eddy diffusion coefficient -
 * electric fluid -
 * Electromagnetic smog -
 * Equilibrium Postulate Equilibrium postulate -
 * Femtosecond physics -
 * Fermilab puzzle -
 * fertile isotope -
 * Four-dimensional continuum -
 * Free-Streaming Photons Free-streaming photons -
 * Gingerbreadman Trajectories gingerbreadman trajectory -
 * Ground mass -
 * Hydraulic discharge -
 * Input/output relation -
 * Integrated Physics and Chemistry -
 * Internal Pair Production Internal pair production -
 * Ion deposition -
 * Isoplanicity assumption -
 * Isothermal compressibility coefficient -
 * Journal of the Mass Spectrometry Society of Japan -
 * Kinetic lineshape -
 * Lichao's Surface -
 * Longitudinal mass -
 * Manifold vacuum without pressure -
 * Massless fields massless field -
 * Mechanics of deformable solids -
 * Merc exposure effect -
 * Minimum entropy control -
 * Model building (particle physics) -
 * Negative glow -
 * Neutral temperature -
 * neutron bombardment -
 * Neutron logging -
 * Neutron well logging -
 * Neutron-gamma well logging -
 * Nitrogen cavitation -
 * Nonlinear vibration -
 * Nonrelativistic kinematics -
 * OASM system -
 * Perfectly conducting sphere -
 * Physical double -
 * Planck flux density -
 * Planck intensity density -
 * Planck occupancy -
 * Plane of flotation -
 * Plasma opacity -
 * Quark-quark correlation -
 * Rationalization of electronic and magnetic quantities -
 * Rayleigh match test -
 * Reflected wave -
 * Reflecting wave -
 * Refraction of lines of force -
 * Rhenomorous Constraints Rhenomorous constraint -
 * Rhombic and rhombohedral system -
 * Rotation and rotational field -
 * Schlieren system -
 * Secondary extinction -
 * selective absorption -
 * Shalimar Treaty -
 * Simultaneous Motion Cycle Chart, SIMO chart - -
 * spallation Zone spallation zone -
 * Spin multiplicity rule -
 * Stream abrasion -
 * Stretched string -
 * Sub-Lorentzian Lineshape -
 * Tamm–Dancoff approximation -
 * Tangential coma -
 * Tau charm factory -
 * Tetratomic element -
 * Thermal charge -
 * Torsional wave -
 * Transient Time Correlation Function -
 * Twistor diagram -
 * Upper consulate temperature -
 * Van’t Hoff effect -
 * Vapor condensation -
 * vertical dimension -
 * Vibration-rotation spectrum -
 * Virtual entropy -
 * Vortical field -
 * Wall Turbulence Wall turbulence -
 * wave attenuation -
 * Wavelength constant -
 * x-ray power diffractometry -
 * X-unit, x-ray unit -
 * Z-modulation –

Research organizations and places

 * Applied Physics Laboratory (UW), University of Washington -
 * Bucharest Institute of Nuclear Physics -
 * Consortium for Advanced Radiation Sources (CARS) -
 * European Centre for Theoretical Studies in Nuclear Physics and Related Areas -
 * Fifth Washington Conference on Theoretical Physics -
 * Harvard-Radcliffe Society of Physics Students -
 * Institute of Theoretical Atomic and Molecular Physics -
 * Iraq Atomic Energy Commission -
 * Kaiser Wilhelm Institute of Physics -
 * Max Planck Princeton Research Center for Plasma Physics -
 * National Reaction Testing Station, Idaho, USA -
 * Nevada Lightning Laboratory -
 * Optical Science Laboratory -
 * Positron Electron Project -
 * Radiological Physics Center -
 * Synchrotron Light Research Institute (Public Organization) -
 * Tamuz Research Centre, Bahgdad -
 * Union of Slovak Mathematicians and Physicists -

Awards

 * International Quantum Communication Award -
 * Niels Bohr/UNESCO Gold Medal -
 * Sigvard Eklund Prize -

Physicists

 * Aleksandr Ilich Leipunskii (1903-1972) Russian physicist - - Director of Soviet Breeder reactor programme, 1948-1972
 * Brandt Rehberg, Danish physicist - -- da:Poul Brandt Rehberg
 * Bruno Henriquez Perez, Cuban physicist and science fiction writer -
 * Friedemann Freund, German-born physicist in the Goddard Space Center -
 * Gregory Brent, physicist -
 * Henri Arzeliès -
 * Izchak Shteinberg Israeli physicist -
 * Mike Elstob, British physicist, engineer and cybernetist -
 * Neil Graham (physicist), US physicist -
 * Pierre Basieux, Belgian physicist -
 * Ritva Kinnunen, Finnish physicist-
 * Wolfgang Clarius, physicist -

Miscellaneous

 * Atomic philosophy -
 * Bending phenomenon -
 * Corpuscular philosophy –
 * Electric philosophy -
 * Uniformly distributed load –