Linked from

The 17 pages that link to Microwave spectroscopy, each with the reason it gives.

• Dipole momentRelated: A changing dipole moment allows a molecule to absorb or emit rotational radiation.

• Molecular polarityRelated: A permanent dipole allows a molecule to interact with microwave radiation through rotational transitions.

• MaserRelated: Molecular transitions supply discrete resonances that maser media can amplify.

• MicrowaveRelated: Molecular rotational transitions in the microwave region expose molecular structure and composition.

• Joseph WeberRelated: Weber’s early research in this field established his reputation before his detector work.

• Dielectric spectroscopyRelated: Microwave dielectric measurements probe fast polarization and rotational processes.

• Charles H. TownesRelated: Townes used it to investigate molecular transitions that could power a maser.

• Harry KrotoRelated: Kroto used it to identify carbon-chain molecules relevant to his astrophysical questions.

• Nikolay BasovRelated: The search for molecular microwave amplification grew from spectroscopy techniques Basov studied.

• Willis LambRelated: Lamb and Retherford used microwave transitions to probe hydrogen’s metastable states.

• Microwave techniquesRelated: It uses frequency-selective microwave measurements to reveal molecular structure.

• Vinyl alcoholRelated: Rotational spectra provide a distinctive way to identify vinyl alcohol in laboratory samples and space.