A. Maeda

most citedLaboratory spectroscopic study of isotopic thioformaldehyde, H

_{2}

CS, and determination of its equilibrium structure

34 citations · 36 across the 2 of their papers we have counts for

collaborators

2 papers

physics.chem-ph2023★ 2 cited

Rotational spectroscopy of the thioformaldehyde isotopologues H $_{2}$ CS and H $_{2}$ C $^{34}$ S in four interacting excited vibrational states and an account on the rotational spectrum of thioketene, H $_{2}$ CCS

Holger S. P. Müller, Atsuko Maeda, Frank Lewen +3

An investigation of the rotational spectrum of the interstellar molecule thioformaldehyde between 110 and 377 GHz through a pyrolysis reaction revealed a multitude of absorption li…

astro-ph.SR2018★ 34 cited

Laboratory spectroscopic study of isotopic thioformaldehyde, H $_{2}$ CS, and determination of its equilibrium structure

H. S. P. Müller, A. Maeda, S. Thorwirth +6

Thioformaldehyde is an abundant molecule in various regions of the interstellar medium. However, available laboratory data limit the accuracies of calculated transition frequencies…

Rotational spectroscopy of the thioformaldehyde isotopologues H2​CS and H2​C34S in four interacting excited vibrational states and an account on the rotational spectrum of thioketene, H2​CCS

Laboratory spectroscopic study of isotopic thioformaldehyde, H2​CS, and determination of its equilibrium structure

Rotational spectroscopy of the thioformaldehyde isotopologues H $_{2}$ CS and H $_{2}$ C $^{34}$ S in four interacting excited vibrational states and an account on the rotational spectrum of thioketene, H $_{2}$ CCS

Laboratory spectroscopic study of isotopic thioformaldehyde, H $_{2}$ CS, and determination of its equilibrium structure