This IR spectrum is from the Coblentz Society's evaluated infrared reference spectra collection.

Goal: The infrared (IR) spectrum of carbon monoxide is analyzed in order to determine the rotational constant (B) of this diatomic. Prerequisites: A basic knowledge of IR spectroscopy and the quantum mechanical harmonic oscillator and rigid rotor models.

The infrared fundamental of pure CO is measured at supercritical temperatures between 298 K and 450 K up to a maximum pressure of 267 bar. The experimental IR bandshapes are

The infrared absorption and emission spectra of carbon monoxidc and carbon dioxide have been measured with high resolution in the region from 4 to 6 microns. The measure ments of the Cl2016 fundamental band were carried out to a high precision, and a set of molecular constants were calculated from the experimental data. P branch.

The fundamental and first overtone bands of carbon monoxide have been measured under high resolution and the lines in the positive and negative branches in both bands have been fitted to formulae of the form ν = a + b m + c m 2 + d m 3.

1973年10月1日 · Infrared spectra of CO, CO 2, NO, NO 2, and N 2 O adsorbed on silica supported CuO have been obtained over the temperature range of 30–250 °C.

In this exercise, we will use high-level calculations to determine the spectroscopic properties of a well-known molecule, carbon monoxide. Figure 1 shows the infrared (IR) absorption spectrum of 12C16O. The lines in this spectrum result from transitions between the ground (v=0) and first excited (v=1) vibrational states.

CSV and xlsx data files of CO carbon monoxide IR absorption spectra at several resolutions. Recorded at a POGIL-PCL workshop hosted by UT-Austin.

1975年3月1日 · The spectra of carbon monoxide adsorbed on a silica-supported, 9% palladium catalyst has been studied in conjunction with adsorption studies of carbon monoxide and oxygen. Both bridged and linear species are observed.

2004年7月20日 · The infrared spectrum of solid carbon monoxide at 20°K has been examined in the fundamental and overtone regions. Sharp features (bandwidths about one cm −1) are assigned to vibrational modes of the various isotopic species: C 12 O 16, 2138.1 cm −1; C 12 O 17, 2112.3 cm −1; C 13 O 16, 2092.2 cm −1; and C 12 O 18, 2088.4 cm −1. These ...