Very high-resolution synchrotron radiation far-infrared (FIR) spectrum of methanol‑D2 (CHD2OH) & millimeter-wave (MMW) measurements involving highly excited torsional vibrational rotational states, and identification of optically pumped FIR laser lines

Indranath Mukhopadhyay, Brant Billinghurst

2020Infrared Physics & Technology10 citationsDOI

Topics & Concepts

PhysicsFar infraredExcited stateExtremely high frequencySpectrometerFar-infrared laserLaserSynchrotron radiationAtomic physicsDeuteriumOpticsMolecular Spectroscopy and StructureSpectroscopy and Laser ApplicationsAdvanced Chemical Physics Studies

Very high-resolution synchrotron radiation far-infrared (FIR) spectrum of methanol‑D2 (CHD2OH) &amp; millimeter-wave (MMW) measurements involving highly excited torsional vibrational rotational states, and identification of optically pumped FIR laser lines

Topics & Concepts

Very high-resolution synchrotron radiation far-infrared (FIR) spectrum of methanol‑D2 (CHD2OH) & millimeter-wave (MMW) measurements involving highly excited torsional vibrational rotational states, and identification of optically pumped FIR laser lines