5 models in this collection. Use getProperty "modelInfo" or getProperty "auxiliaryInfo" to inspect them.

Jan 30, 2023 · Each mode can be characterized by a different type of motion and each mode has a certain symmetry associated with it. Group theory is a useful tool in order to determine what …

Jan 1, 2025 · Accurate and comprehensive simulation of CO 2 Raman scattering. Inclusion of energy levels up to polyad 30 necessary for accurate cross section. Simulating anisotropic …

The CO 2 content in gases or liquids can be determined based on the CO 2 Raman spectrum, which makes Raman spectroscopy a powerful process analytical technology for CO 2 detection.

Nov 4, 2014 · the rule of mutual exclusion, it states that, for centrosymmetric molecules (molecules with a center of symmetry, like carbon dioxide), vibrations that are IR active are …

Raman spectra of CO2 fluids were measured at 288-329 K and densities of 0.81-1.16g/cm (3). The peak area ratios of hot bands at 1265 and 1408 cm (-1) and Fermi doublet peaks at 1388 …

Mar 16, 2023 · Consider the molecular vibrations of carbon dioxide and determine whether or not they are Raman active. Which set of lines, Stokes or anti-Stokes, is weaker? What effect …

Fundamental transitions (n=0 to n=1) give rise to IR and Raman absorption bands that are at least an order of magnitude greater than any other kind, and are of greatest practical interest. For …

5 days ago · Carbon dioxide (CO₂) is a fundamental molecule in chemistry, playing a crucial role in biological systems and industrial processes. ... Raman spectroscopy complements IR …

Aug 7, 2014 · The Raman spectrum of CO2 has been simulated, obtaining results close to experimental accuracy, and polarizability transition moments for the Raman spectral lines …