spectroscopy (Also spectroscopies) : Related Words Words similar in meaning to spectroscopy
- spectroscopic analysis«
- spectrometry«
- spectrographic analysis«
- spectrum analysis«
- scientific technique«
- measuring event«
- intelligent agent activity«
- spectroscopy«
- microwave spectroscopy«
- mass spectroscopy«
- electron spin resonance«
- electron paramagnetic resonance«
- spectrometer«
- mass spectrometer«
- spectroscope«
- prism spectroscope«
- spectroscopist«
- energy«
- spectroscopic«
- spectrograph«
- wet chemistry«
- atom«
- spectrometric«
- mass spectrograph«
- study«
- radiative energy«
- spectroscopical«
- sound spectrograph«
- spin label«
- spectrum«
- mass spectroscopic«
- qualitative analysis«
- wavelength«
- spectral line«
- chemical analysis«
- atomic spectroscopy«
- molecule«
- spectrophotometry«
- material«
- spectromicroscopy«
- absorption«
- type«
- interaction«
- spectrochemistry«
- electromagnetic radiation«
- spectroastrometry«
- electron«
- shielding«
- spectroscopic study«
- scientific«
- neutron«
- nuclear magnetic resonance«
- infrared spectroscopy«
- nitrogen-15«
- resonant frequency«
- multiplet«
- emission«
- microspectroscopy«
- frequency«
- magnetospectroscopy«
- unique spectrum«
- deshielding«
- microwave«
- colorimeter«
- hydrogen spectrum«
- chemical«
- molecular spectrum«
- atomic emission spectroscopy«
- collective motion«
- analysis«
- photon«
- technique«
- resonance«
- color«
- quantum mechanic«
- blackbody radiation«
- ray spectrum«
- explanation«
- ray«
- emission spectrum«
- raman spectroscopy«
- nitrogen dioxide«
- laser«
- radiation«
- infrared spectrum«
- crystal«
- hadron«
- particle«
- raman«
- atomic nucleus«
- density«
- mechanical system«
- sound wave«
- white light«
- kinetic energy«
- coupling«
- prism«
- wood exposure time«
- wave spectral region«
- vibrational circular dichroism spectroscopy«
- ultraviolet transition«
- ultrafast laser method«
- thermal infrared spectroscopy measure thermal radiation«
- stretch spectroscopy«
- spontaneous emission spectrum«
- spectrum weaker«
- spectroscopy measure«
- spectroscopic scattering phenomenon«
- spectral measurement device«
- specific isotopic nucleus«
- regular lattice structure«
- radiative energy couple«
- radiant energy interacts«
- photoacoustic spectroscopy measure«
- oscillatory source«
- optical activity effect«
- neutron spin echo spectroscopy measure internal dynamic«
- level transient spectroscopy measure concentration«
- lattice environment«
- inelastic scattering phenomenon«
- impedance spectroscopy study«
- experimental spectroscopic method«
- experimental enigma«
- energy/mass spectrum«
- electron phenomenological spectroscopy measure physicochemical property«
- distinct spectral transition«
- distinct nuclear spin«
- decay rate(s«
- coherent emission source«
- characteristic red absorption feature«
- characteristic emission frequency«
- bohr quantum model«
- atoms«
- analogous resonance«
- vivo spectroscopy«
- vibration interaction«
- term mass spectroscopy«
- specific spectroscopic technique«
- raman optical activity spectroscopy«
- radiating field«
- radiance interferometer«
- quantitative scientific technique«
- operando«
- most research telescope«
- molecules«
- gaseous nitrogen dioxide«
- discharge spectroscopy«
- biomedical spectroscopy«
- baryon spectroscopy«
- video spectroscopy«
- ultrasonic region«
- spectral analyzer«
- resonance spectroscopy«
- reflection spectroscopy«
- plasma spectrometry«
- observed molecular spectrum«
- comparable relationship«
- auger spectroscopy«
- atomic environment«
- source«
- soft matter system«
- probe spectroscopy«
- meson spectroscopy«
- induced breakdown spectroscopy«
- femtosecond timescale«
- distinct energy«
- cure monitoring«
- cold vapour atomic fluorescence spectroscopy«
- coherent interaction«
- visible spectral region«
- intensity radiation«
- experimental advance«
- crystal arrangement«
- acoustic resonance spectroscopy«
- spectral pattern«
- selective excitation«
- radiative source«
- plasma spectroscopy«
- inelastic electron tunneling spectroscopy«
- inelastic electron«
- flame emission spectroscopy«
- atomic absorption line«
- acoustic spectroscopy«
- dispersive spectrometer«
- dimensional nmr spectroscopy«
- resonant interaction«
- resonance method«
- optic experiment«
- numerous implementation«
- gamma ray spectrum«
- complex molecular system«
- circular dichroism spectroscopy«
- active defect«
- measured spectrum«
- force spectroscopy«
- ultrafast laser pulse«
- resonant absorption«
- outer shell electron«
- hadron spectroscopy«
- fundamental series«
- function«
- photothermal«
- matter«
- development«
- plot«
- ultraviolet photoelectron spectroscopy«
- vnir«
- spectrum data«
- coherent anti«
- ultraviolet–visible spectroscopy«
- scattered radiation«
- photon frequency«
- de broglie relation«
- amplitude oscillation«
- stokes raman«
- spectroscopic notation«
- plasma atomic emission spectroscopy«
- cavity ring«
- blackbody spectrum«
- molecular rotation«
- hydrogen spectral series«
- astronomy«
- spectrography«
- aeri«
- materials«
- single transition«
- multicomponent«
- forbidden transition«
- complex refractive index«
- spectroscopists«
- inelastic neutron scattering«
- emission spectroscopy«
- powerful application«
- mechanical response«
- excitation frequency«
- electron orbit«
- correlation spectroscopy«
- atomic spectral line«
- metamerism«
- ultraviolet spectroscopy«
- wavelength region«
- rotational spectroscopy«
- radiation intensity«
- optical parametric oscillator«
- iets«
- shell electron«
- phosphor screen«
- optical application«
- gamma spectroscopy«
- spectral power distribution«
- human skin color«
- solid crystal«
- daily observation«
- astronomical spectroscopy«
- recent technique«
- hyperspectral imaging«
- crystallographic study«
- photoemission«
- particle property«
- fraunhofer line«
- tunable laser«
- pure crystal«
- electronic excitation«
- system response«
- measurement«
- food sample«
- atomic absorption spectroscopy«
- fluorescence spectroscopy«
- spectroscopic data«
- dual polarisation interferometry«
- comprehensive explanation«
- particle collision«
- quantitation«
- reaction intermediate«
- mössbauer effect«
- terahertz«
- lamb shift«
- neon lamp«
- laser spectroscopy«
- other types«
- broglie wavelength«
- absorption spectroscopy«
- applied spectroscopy«
- ray photoelectron spectroscopy«
- molecular specie«
- imaginary component«
- spectral characteristic«
- joseph von fraunhofer«
- ftir«
- mössbauer spectroscopy«
- neon lighting«
- radiative«
- thermal motion«
- molecular vibration«
- energy radiation«
- scattering theory«
- quantum mechanical system«
- current recommendation«
- compton scattering«
- elastic scattering«
- spectroscopic method«
- modern implementation«
- elemental composition«
- raman scattering«
- chiral center«
- common implementation«
- incident radiation«
- electronic transition«
- molecular spectroscopy«
- ray fluorescence«
- coherent«
- gustav kirchhoff«
- protein«
- spectrophotometer«
- electron spin«
- sample«
- solar spectrum«
- ray spectroscopy«
- transmittance«
- robert bunsen«
- spectral theory«
- specific energy«
- fourier transforms«
- rayleigh scattering«
- mechanical method«
- implementation«
- acoustic wave«
- resonance frequency«
- energy difference«
- planetary scientist«
- specific color«
- pressure wave«
- maser«
- temperature«
- photoelectric effect«
- broad field«
- direct application«
- nmr spectroscopy«
- historical term«
- atomic structure«
- interferometer«
- epr«
- noble gas«
- libs«
- unique type«
- energy transfer«
- electronic structure«
- organic chemist«
- atmospheric«
- nir«
- max planck«
- quantum electrodynamics«
- complete picture«
- relative motion«
- peak«
- central concept«
- niels bohr«
- solid material«
- astronomical object«
- efficient method«
- brown color«
- crystallography«
- optical fiber«
- remote sensing«
- surface«
- analytical chemistry«
- mineralogist«
- specific application«
- diffuse«
- combination«
- aes«
- electron microscopy«
- similar appearance«
- fourier«
- fluorescence«
- planck«
- mass spectrometry«
- theory«
- series«
- subsequent development«
- excitation«
- application«
- ultraviolet light«
- visible light«
- refraction«
- hydrogen atom«
- element«
- neon«
- method«
- nature«
- isaac newton«
- chemical composition«
- rutherford«
- coherence«
- other type«
- parity«
- pendulum«
- scattering«
- creation«
- physical property«
- hue«
- imaging«
- detailed information«
- specific type«
- albert einstein«
- chemical compound«
- composite«
- amplitude«
- pixel«
- dye«
- millimeter«
- discoverer«
- magnetic field«
- ion«
- vibration«
- aa«
- ink«
- applications«
- spark«
- velocity«
- significant role«
- sensitivity«
- rainbow«
- lip«
- newton«
- nucleus«
- fraction«
- paint«
- use«
- parameter«
- rotation«
- term«
- intensity«
- collision«
- acceptance«
- ups«
- compound«
- index«
- flame«
- identification«
- bond«
- estimate«
- spin«
- classification«
- spectrographic«
- quantitative chemical analysis«
- quantitative analysis«
- urinalysis«
- geological dating«
- spectrogram«
- scatology«
- dialysis«
- dating«
- uranalysis«
- thermogravimetry«
- polarography«
- optical instrument«
- carbon-14 dating«
- volumetric analysis«
- gravimetric analysis«
- colorimetric analysis«
- radiocarbon dating«
- apheresis«
- carbon dating«
- hemodialysis«
- colorimetry«
- potassium-argon dating«
- rubidium-strontium dating«
- date«
- pheresis«
- haemodialysis«
- ESR«
- Mössbauer effect«
- Crookesian«