Linked from

The 21 pages that link to Vibrational spectroscopy, each with the reason it gives.

• Molecular geometryRelated: Vibrational spectra reveal structural details such as bond strengths and molecular symmetry.

• Raman spectroscopyNarrower topic: Raman spectroscopy is one route to measuring molecular vibrations.

• Absorption spectrumRelated: Infrared absorption spectra often reveal molecular vibrational modes.

• Molecular spectroscopyBroader topic: Infrared absorption tracks bond vibrations and functional groups.

• Molecular vibrationNarrower topic: Infrared and Raman measurements are complementary forms of vibrational spectroscopy.

• Absorption spectroscopyRelated: Infrared absorption reveals vibrational fingerprints of molecular bonds.

• Conformational analysisCompared with: It probes bond vibrations, whereas conformational analysis focuses on accessible molecular shapes.

• Kinetic isotope effectRelated: Its isotope-dependent frequency shifts expose the bond vibrations underlying many rate effects.

• Absorption (electromagnetic radiation)Related: Infrared absorption often excites molecular vibrations.

• Bond lengthRelated: Vibrational frequencies reveal bond stiffness and help characterize bond-length changes.

• PhotodissociationRelated: Molecular vibrations influence bond strength and the pathways available after excitation.

• AnharmonicityRelated: Anharmonicity shifts vibrational bands and permits transitions beyond adjacent levels.

• Rotational spectroscopyCompared with: It probes bond vibrations rather than primarily the molecule’s rotational levels.

• Atmospheric absorptionBroader topic: Vibrational transitions create major infrared absorption bands in atmospheric gases.

• Electronic spectroscopyCompared with: It probes molecular bond vibrations rather than primarily electronic energy changes.

• Rotational–vibrational spectroscopyCompared with: It often treats vibrational bands without resolving their rotational fine structure.

• Argon fluorohydrideRelated: Vibrational spectra provided evidence for the trapped HArF molecule.

• Atomic and molecular collisionsRelated: Vibrational energy is a major internal reservoir exchanged during molecular collisions.

• Gauche effectRelated: Spectral measurements can distinguish conformers and constrain their structures and relative energies.

• PolyyneRelated: Polyyne bond vibrations report on conjugation and chain length.

• Semiheavy waterRelated: HDO’s O–H and O–D vibrations produce distinguishable spectral features.