High resolution analysis of the ν12 and ν17 fundamental bands of acrolein, CH2CHCHO, in the 600cm−1 region

A comparison of Raman, FTIR and ATR-FTIR micro spectroscopy for imaging human skin tissue sections

“…High Resolution IR spectroscopy is commonly employed for gas phase molecular spectroscopy, and synchrotron sources can allow OPDs of >10m 59 . In this way, bandwidths as low as for example 7x 10 4 cm 1 for the n 18 fundamental band of acrolein have been recorded 60,61 .…”

High-resolution synchrotron infrared spectroscopy of thiophosgene: The ν2 and ν4 fundamental bands near 500 cm−1

“…We used our own asymmetric rotor fitting program [17,30] for convenience in data handling, but the results were essentially identical to those from PGOPHER. The resulting parameters are listed in Table 1 Tables 1 and 2.…”

“…More recently there have been promising demonstrations that the brightness of synchrotron sources is useful for gas-phase studies with high spectral resolution, particularly in the far-infrared region [13][14][15][16]. At the CLS, the far-infrared beamline has already been used for detailed studies of a number of molecules, including acrolein [17][18][19], thiophene [20], pyrrole [21], b-propiolactone [22], methyl silane [23], and methanol [24]. The excellent spectral resolution achieved in these studies (often <0.001 cm…”

High‐Resolution Fourier Transform Infrared Spectroscopy

“…The Bruker IFS 125 HR spectrometer is based on this prototype and was developed subsequently. Spectrometers of this series are now connected to several synchrotron sources worldwide (McKellar 2010, McKellar et al 2007, Roy et al 2006, Chimdi et al 2008, Carr et al 2008. Table 1 lists the current working nine-chamber systems of the IFS 125 HR series.…”