Tipe spéktroskopi gumantung kana kuantitas fisik nu rék diukur. Ilaharna, kuantitas nu diukur mangrupa jumlah atawa inténsitas.
The type of spectroscopy depends on the physical quantity measured. Normally, the quantity that is measured is an amount or intensity of something.
*Inténsitas [[radiasi éléktromagnetik]] nu dipencarkeun jeung jumlah nu diserep diulik ku [[spéktroskopi éléktromagnetik]].
*The intensity of emitted [[electromagnetic radiation]] and the amount of absorbed [[electromagnetic radiation]] is studied by [[electromagnetic spectroscopy]].
*Amplitudo geteran/vibrasi makroskopik diulik ku [[spéktroskopi akustik]] jeung [[spéktroskopi mékanis dinamik]].
*The amplitude of a macroscopic vibrations are studied by [[acoustic spectroscopy]], and [[dynamic mechanical spectroscopy]].
*KineticÉnergi energykinetik ofpartikel particlesdiulik is studied byku ''[[electron energy loss spectroscopy]]'', ''[[Augerspéktroskopi electronéléktron spectroscopyAuger]]''
*TheNisbah mass-to-chargemassa ratioka ofmuatan moleculesmolekul andjeung atomsatom arediulik studied indina [[massspéktrométer spectrometermassa|massspéktrométri spectrometrymassa]]. NoteCatet thatyén aspéktrométer massmassa spectrometerteu doesngukur noténergi measurekinetik thepartikel: kineticsadaya energy of particles:partikel allmibanda particlesénergi havekinetik thenu samesarua knownsarta kineticgeus energykanyahoan (or an integer multiple thereof, depending on the charge). It is disputable whether this field strictly is a type of spectroscopy.
*Jumlah molekul atawa atom atawa kuantum-mékanik nangtukeun kamana paraméter frékuénsi atawa énergi dilarapkeun.
*The number of molecules or atoms or quantum-mechanical states to which the frequency or energy parameter applies.
