Molecule |
The molecule responsible for this rotational transition -
useful when different isotopic species are present. |
M' |
Excited electronic state. |
J' |
Upper rotational state. |
S' |
Parity of upper state.
|
#' |
Eigenvalue number for upper state. This simply gives where
the energy level lies with respect to other levels of the same J and symmetry. |
M'' |
Ground electronic state. |
J'' |
Lower rotational state. |
S'' |
Parity of lower state. |
#'' |
Eigenvalue number for lower state. |
Frequency |
The frequency of the rotational transition - this will be
given in cm-1, MHz, Kelvin and eV, depending on which units are
selected in the constants window. The
frequency is either that of the simulation peak (unassigned) or the
experimental peak (assigned). |
Weight |
This
is blank until the peak has been assigned, upon which it
is given as 1. To perform a weighted fit this value should be
proportional to the standard deviation of the measurement. A negative
or zero value will cause the line to be ignored in any fit.
|
Strength |
The intensity of the rotational transition. |
Width |
The width of the transition.
|
deltaNdeltaJ(F')F''(J'') |
The branch (P,Q or R, etc) of the rotational transition,
including a value for J''. The contents will depend on the type of molecule and flags set elsewhere.
|
Name |
Name of the rotational transition - this includes an .ovr
filename, when the transition has been assigned.
|