|  Molecule Types Asymmetric Tops Samples | <Prev Next> | 
 The data file simulates
        the
        rotational structure v2 = 1 - 0 band of the A-X
        electronic transition of CFBr. (See the CFBr
Dispersed
          Fluorescence Spectrum for the vibrational structure.) The
        data file is a reasonably
        straightforward example of an asymmetric
          top molecule, with the only complication being the
        presence of two
        isotopes of Br in equal abundance. This is reflected in that the
        file
        includes the two Molecules (CF79Br
        and
        CF81Br) under the Species object
        (CFBr).
        Note that the Colour has been
        set at the
        molecule level, so that the contributions from the different
        species
        can be seen in the simulation. The plot below is essentially
        figure 2
        of the paper, with both the Show Sum and Show
            Parts plot
options
        set, to show both the overall spectrum (in black) and the
        contribution from individual isotopes (in red and green).
The data file simulates
        the
        rotational structure v2 = 1 - 0 band of the A-X
        electronic transition of CFBr. (See the CFBr
Dispersed
          Fluorescence Spectrum for the vibrational structure.) The
        data file is a reasonably
        straightforward example of an asymmetric
          top molecule, with the only complication being the
        presence of two
        isotopes of Br in equal abundance. This is reflected in that the
        file
        includes the two Molecules (CF79Br
        and
        CF81Br) under the Species object
        (CFBr).
        Note that the Colour has been
        set at the
        molecule level, so that the contributions from the different
        species
        can be seen in the simulation. The plot below is essentially
        figure 2
        of the paper, with both the Show Sum and Show
            Parts plot
options
        set, to show both the overall spectrum (in black) and the
        contribution from individual isotopes (in red and green).
      
