Rotational spectroscopy of isotopic cyclopropenone, c-H2C3O, and determination of its equilibrium structure

@inproceedings{Mller2021RotationalSO,
  title={Rotational spectroscopy of isotopic cyclopropenone, c-H2C3O, and determination of its equilibrium structure},
  author={Holger S. P. M{\"u}ller and Ananya Brahmi M. and J. C. Guillemin and Frank Lewen and Stephan Schlemmer},
  year={2021}
}
Context. Cyclopropenone was first detected in the cold and less dense envelope of the giant molecular cloud Sagittarius B2(N). It was found later in several cold dark clouds and it may be possible to detect its minor isotopic species in these environments. In addition, the main species may well be identified in warmer environments. Aims. We aim to extend existing line lists of isotopologs of c-H2C3O from the microwave to the millimeter region and create one for the singly deuterated isotopolog… 
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NSF [AST-1515568, AST-1140030]; NSF University Radio Observatories (URO) program [AST-1140030]; NASA [NNX15AD94G]
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