SUB-DOPPLER DOUBLE-RESONANCE SPECTROSCOPY OF METHANE USING A FREQUENCY COMB PROBE | Zendy

Aleksandra Foltynowicz | Zendy; Lucile Rutkowski | Zendy; Isak Silander | Zendy; Alexandra C. Johansson | Zendy; Vinicius Silva de Oliveira | Zendy; Ove Axner | Zendy; Grzegorz Soboń | Zendy; Tadeusz Martynkien | Zendy; Paweł Mergo | Zendy; Kevin K. Lehmann | Zendy

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SUB-DOPPLER DOUBLE-RESONANCE SPECTROSCOPY OF METHANE USING A FREQUENCY COMB PROBE

Author(s) -

Aleksandra Foltynowicz,

Lucile Rutkowski,

Isak Silander,

Alexandra C. Johansson,

Vinicius Silva de Oliveira,

Ove Axner,

Grzegorz Soboń,

Tadeusz Martynkien,

Paweł Mergo,

Kevin K. Lehmann

Publication year - 2020

Publication title -

proceedings of the 2022 international symposium on molecular spectroscopy

Language(s) - English

Resource type - Conference proceedings

DOI - 10.15278/isms.2020.wf07

Subject(s) - spectroscopy , methane , resonance (particle physics) , doppler effect , materials science , nuclear magnetic resonance , optoelectronics , physics , atomic physics , chemistry , organic chemistry , quantum mechanics , astronomy

We use a 3.3 μm continuous wave optical parametric oscillator as a pump and a 1.67 μm frequency comb as a probe to record 36 sub-Doppler double-resonance transitions in the 3v3 band of methane (including 26 previously unreported) with ∼1.5 MHz center frequency accuracy.

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