/ Molecular spectroscopy  Rus | Eng  Physics Optics Spectroscopy Molecular spectroscopy .. Up Atmospheric spectroscopy Determination of the physical characteristics of an isolated molecule Inverse problem of determination of the energy levels Determination of the spectral line parameters of an isolated molecule Problem of spectral lines assignment Inverse Problem of Determination of Einstein coefficients Inverse problem of determination of the line profile Inverse Problem of determining the spectral line intensities Inverse Problem of determining the transition frequencies Determination of the spectral line parameters of an isolated molecule Determination of the parameters of spectral line contour Calculation of spectral functions Measurements of spectral functions Top level categories All types Undefined Object Process Schema Script Juncture Participation Description History Structure Situation Reason Purpose in current section in all sections Aromatic Hydrocarbons BT2 quantum numbers Centrifugal Constants Clathrates Collisional Halfwidth Dioxins Einstein Coefficient Freons Global quanta identifcation. Diatomic molecules Global quanta identifcation. Diatomic molecules with different electronic levels Global quanta identifcation. Diatomic molecules with Pi -doublet electronic state Global quanta identifcation. Linear triatomic Global quanta identifcation. Linear triatomic with large Fermi resonance Global quanta identifcation. Non-linear tetratomic molecules Global quanta identifcation. Pentatomic or greater polyatomic molecules Global quanta identifcation. Pyramidal tetratomic molecules Intensity of Isolated Spectral Line Local quanta identifcation. Asymmetric rotors Local quanta identifcation. Diatomic and linear molecules with integer J Local quanta identifcation. Diatomic and linear molecules with integer J, and half-integer F Local quanta identifcation. Doublet- Pi ground electronic states (half-integer J , integer F) Local quanta identifcation. Doublet- Pi ground electronic states (half-integer J , half-integer F) Local quanta identifcation. Spherical rotors Local quanta identifcation. Symmetric rotors Local quanta identifcation. Triplet-Sigma ground electronic states Nitrogen Oxides - NOx Nonmethane Hydrocarbons (NMHCs) Peroxyacetylnitrate (PANs) Pressure Shift Quantum Numbers Quantun Numbers Types Resonance Constants Rotational Constants Temperature Dependence for Collisional HalfWidth of Spectral Lines Transition Frequency Vapor back 36 from 36 forward Page: 1