Wikipedia:WikiProject Physics/Missing physics topics/24

Missing physics topics: Research technology

Research technology

 * Accelerator valve -
 * Achromatic condenser -
 * Activation detector -
 * Alpha-ray vacuum gage -
 * Alphatron -
 * Alphatron alpha-ray vacuum gage -
 * Angström compensation pyrheliometer -
 * Artificial radioisotope -
 * Atom trap Atom trapping Atomic trap - / /
 * Atomic absorption spectrophotometer -
 * Atomic level scanning -
 * Austria-type ion-trap quantum computer -
 * Ballistic galvanometer -
 * Beam-foil spectroscopy -
 * Beat-frequency oscillator -
 * Beckmann's thermometer -
 * Beta-ray spectroscopy -
 * Boron chamber -
 * Boron counter -
 * Boy's radiomicrometer -
 * Broca galvanometer -
 * Bunsen ice calorimeter -
 * Cardew voltmeter -
 * Chladni's plates -
 * Cloud chamber experiment -
 * Coherent state based quantum computer -
 * Columbia University cyclotron -
 * Compensated neutron logging -
 * Compton tube -
 * Constant deviation prism -
 * Constant pressure gas thermometer -
 * Constant volume gas thermometer -
 * Continuous flow calorimeter -
 * Coplanar forces coplanar force -
 * Counter/frequency meter -
 * Critical compression pressure -
 * Crookes dark space -
 * Crookes glass -
 * Crossed Molecular Beam Technique -
 * Crystal counter -
 * Crystal-controlled oscillator -
 * Crystal-diffraction spectrometer -
 * Decrement gauge -
 * Deep underwater muon and neutrino detector -
 * Differential thermostat -
 * Direct-imaging mass analyzer -
 * Double prism -
 * Drift tube -
 * Ebert ion counter -
 * Electron cyclotron resonance reactor -
 * Electron lens -
 * Electron probe microanalysis -
 * Electron vacuum gage -
 * Electrothermal atomizer -
 * Féry total radiation pyrometer -
 * Fluorescence emission spectroscopy -
 * 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 -
 * Geissier tube -
 * Glare filter -
 * Grassot fluxmeter -
 * Guard ring -
 * Gyropendulum -
 * Hanging-drop atomizer pendant atomizer -
 * Harmonic analyser -
 * Hartmann generator -
 * Helmholtz galvanometer -
 * Hershel-Quincke tube, Quicke's 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 spectrometer -
 * Isotope farm -
 * Isotropic magnet -
 * Jamin refractometer -
 * Joly's steam calorimeter -
 * Joule calorimeter -
 * Junction detector -
 * Kater's reversible pendulum -
 * Kew magnetometer -
 * Knudsen gauge -
 * Large Electron-Positron Accelerator -
 * Laser temperature jump spectroscopy -
 * Linear inverter -
 * Linear optics quantum computer -
 * Liquid column manometer -
 * Liquid Scintillator Neutrino Detector -
 * Liquid-state NMR quantum computer -
 * Lithium fluoride dosimeter -
 * LOTIS collimator -
 * Low-intensity atomizer -
 * Low-temperature hygrometry -
 * Lummer-Brodhun photometer -
 * Lummer-Gehrcke plate -
 * Magnetic field sensor -
 * Magnetoplasmadynamic generator -
 * Mason's hygrometer -
 * Microcalorimeter -
 * Microdensitometer -
 * Micromanometer -
 * Micrometer eyepiece -
 * Micrometer screw -
 * Micropattern gas detectors -
 * Microstrip detectors -
 * 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 detonation detection system -
 * Nuclear snow gage -
 * Optical reflectometer -
 * Pachimeter -
 * Particulate mass analyzer -
 * Photoscanner -
 * Pocket ion chamber -
 * Polarized Optical Microscopy -
 * Polarizing pyrometer -
 * Positron camera -
 * Proton synchrotron -
 * Pulfrich refractometer -
 * Pyramid wavefront sensor -
 * Pyroscope Pyroscopy -
 * Quantum nucleonic reactor -
 * Quartz-fibre manometer -
 * Quasi-particle detector -
 * Quincke's tube -
 * Radiator vent -
 * Radiobalance -
 * Radiogoniometer -
 * Radiomicrometer -
 * Radiospectroscope -
 * Rayleigh disc -
 * Rayleigh refractometer -
 * Reflecting prison -
 * Regnault's hygrometer -
 * Relative-density bottle, specific-gravity bottle -
 * Resistance gauge -
 * Resistance strain gauge -
 * Reverberation chamber -
 * Rhumbatron -
 * Ring accelerator -
 * 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-state NMR quantum computer -
 * Spark counter -
 * Spring gravimeter -
 * Steam calorimeter -
 * Streamer tube -
 * Submillimeter-wave technology -
 * Taiwanese National Synchrotron Radiation Research Center -
 * Tensimeter -
 * Test reactor -
 * Thermal measuring instrument -
 * Thermometer support -
 * Total radiation pyrometer -
 * Travelling-wave tube -
 * Triode pump -
 * Two-way chromatography -
 * Universal shunt -
 * UNK accelerator, Russia -
 * Van de Graaf accelerator -
 * Virtual Cathode Oscillator Virtual cathode oscillator -
 * Viscosity gauge, viscosity manometer -
 * Wave analyser -
 * Wehnelt interrupter -
 * Wet and dry bulb hygrometer -
 * X-ray goniometer -
 * X-ray monochromator -
 * X-ray transmitter spectroscopy -
 * Z-sensitive Ionization and Photon Detector -