Nota de aplicación
In emission spectroscopy, use of an energetic medium promotes the excitation of atoms in a sample. The resulting spectrum of electromagnetic radiation emitted is monitored and analysed using a spectrometer. The most important variant of the technique is atomic emission spectroscopy.
Ubicación jerarquía
- Faceta Actividades
- .. procesos y técnicas
- .... <procesos y técnicas por tipo específico>
- ...... técnicas de análisis y prueba
- ........ espectroscopia
- .......... espectroscopía de absorción atómica
- .......... electrochemical impedance spectroscopy
- .......... emission spectroscopy
- .............. atomic emission spectroscopy [+]
- .............. Auger electron spectroscopy
- .............. electron energy loss spectroscopy
- .............. optical emission spectroscopy [+]
- .......... energy dispersive x-ray spectrometry
- .......... infrared reflection absorption spectroscopy
- .......... espectroscopia infrarroja [+]
- .......... laser-induced fluorescence
- .......... luminescence spectroscopy
- .......... micro x-ray fluorescence
- .......... Mössbauer spectroscopy
- .......... particle-induced x-ray emission
- .......... espectroscopia de Raman [+]
- .......... reflectance spectroscopy
- .......... terahertz time-domain spectroscopy
- .......... ultraviolet-visible spectroscopy
- .......... vibrational spectroscopy
- .......... espectroscopia de rayos X [+]