Standard Practice for General Techniques for Obtaining Infrared Spectra for Qualitative Analysis

Importancia y uso:

4.1 Infrared spectroscopy is the most widely used technique for identifying organic and inorganic materials. This practice describes methods for the proper application of infrared spectroscopy.

Subcomité:

E13.03

Referida por:

E1642-00R16, C0494_C0494M-24, D5577-19, D6348-12R20, C0494_C0494M-24, E0932-89R21, E0168-16R23, E1790-04R16E01, D6348-12R20, E3045-22, F2579-18, F1925-22, E1944-98R21, F3384-21, E2105-00R16, E2105-00R16, E0334-01R21, F2313-18, E1790-04R16E01, D6348-12R20, C0494_C0494M-24, D8438_D8438M-23

Volúmen:

03.06

Número ICS:

71.040.50 (Physicochemical methods of analysis)

Palabras clave:

alkali halide pressed pellets; attenuated total reflection spectroscopy; diffuse reflection spectroscopy; disposable IR cards; DRIFT spectroscopy; emission spectroscopy; gas chromatographic effluent spectra; gas phase spectra; heated gas cells; infrared solution spectra; infrared spectroscopy; latex suspensions; liquid phase spectra; photoacoustic spectroscopy; polymer analysis; qualitative infrared analysis; solid phase spectra; split mull technique; vapor phase spectra;