KnowraRotational spectroscopyLinked fromLinked fromThe 9 pages that link to Rotational spectroscopy, each with the reason it gives.All 9Broader topic 3Related 5Narrower topic 1Molecular spectroscopyBroader topic: Microwave absorption commonly reveals molecular moments of inertia and bond lengths.Microwave spectroscopyNarrower topic: Microwave spectroscopy is a principal experimental method for rotational spectroscopy.AstrochemistryBroader topic: Many interstellar molecules are identified through their rotational emission lines.Atmospheric absorptionBroader topic: Rotational transitions produce many absorption lines in the microwave and far-infrared.Bent molecular geometryRelated: Rotational constants can reveal bond lengths and the moments of inertia of bent molecules.Linear molecular geometryRelated: Linear molecules have characteristic rotational energy levels and spectra.Sulfur monoxideRelated: Rotational lines provide a way to identify SO in astronomical gas.Atomic and molecular collisionsRelated: Molecular rotation supplies internal states that collisions can excite or quench.Carbon suboxideRelated: Rotational measurements reveal structural and isotopic details of gaseous carbon suboxide.