\begin{table}%T3
 \caption{\label{tab:olines}Other methanol transitions measured in the course of the
present investigation.}
 %\centerline
{
 \begin{tabular}{lllllllll}
 \hline \hline   
\noalign{\smallskip}                               
$v_t$& Transition,~$J_k{=}^b$& Frequency (MHz)$^c$ & & &~$v_t$& Transition,~$J_k=^b$& Frequency (MHz)$^c$ & \\
\noalign{\smallskip}                               
\hline 
\noalign{\smallskip}
     0 & \d$4_{3}\to5_{2}A^-$      & \d10~058.268(2)       &    & &   1 & \d$2_{-1}\to1_{-1}E$      & \d96~501.705(10)      &    \\
     0 &~$32_{2}\to32_{1}E$        & \d11~841.902(1)       & ND & &   1 & \d$2_{0}\to1_{0}A^+$      & \d96~513.675(10)      &    \\
     0 &~$31_{2}\to31_{1}E$        & \d14~407.777(1)       & ND & &   1 & \d$2_{1}\to1_{1}A^-$      & \d96~588.582(5)       &    \\
     0 &~$32_{8}\to31_{9}E$        & \d14~446.665(1)       & ND & &   0 &~$21_{6}\to22_{5}A^-$      & \d97~677.738(5)       &    \\
     0 &~$30_{2}\to30_{1}E$        & \d16~941.190(1)       & ND & &   0 &~$21_{6}\to22_{5}A^+$      & \d97~678.857(7) &    \\
     0 & \d$6_{1}\to6_{1}A^{\mp}$  & \d17~513.342(2)x      & ND & &   0 &~$15_{1}\to15_{1}A^{\mp}$  & \d99~602.078(10)      & ND \\
     0 &~$29_{2}\to29_{1}E$        & \d19~390.121(6)       & ND & &   0 & \d$9_{-2}\to9_{1}E$       &  101~737.173(20)      &    \\
     1 &~$10_{1}\to11_{2}A^+$      & \d20~970.651(1)       &    & &   0 &~$10_{-2}\to10_{1}E$       &  102~122.667(10)      &    \\
     1 &~$12_{2}\to11_{1}A^-$      & \d21~550.300(6)       &    & &   0 &~$11_{-2}\to11_{1}E$       &  102~658.046(7)       &    \\
     0 &~$28_{2}\to28_{1}E$        & \d21~708.662(5)       & ND & &   0 &~$22_{-2}\to22_{2}E$       &  102~704.298(20)      & ND \\
     0 &~$27_{2}\to27_{1}E$        & \d23~854.261(6)       & ND & &   1 &~$15_{-2}\to16_{-3}E$      &  102~957.691(7)       &    \\
     0 &~$26_{2}\to26_{1}E$        & \d25~787.125(10)      & ND & &   0 &~$12_{-2}\to12_{1}E$       &  103~381.146(5)       &    \\
     1 &~$10_{1}\to11_{2}A^-$      & \d26~120.584(10)      & ND & &   0 &~$13_{-3}\to12_{-4}E$      &  104~060.657(10)      &    \\
     0 & \d$8_{2}\to9_{1}A^+$      & \d66~947.895(20)      & ND & &   0 &~$13_{-2}\to13_{1}E$       &  104~336.562(7)       &    \\
     0 &~$11_{1}\to10_{2}A^-$      & \d76~247.283(5)       &    & &   0 &~$10_{4}\to11_{3}A^-$      &  104~354.819(5)       &    \\
     0 & \d$5_{0}\to4_{1}E$        & \d76~509.668(7)       &    & &   0 &~$10_{4}\to11_{3}A^+$      &  104~410.446(5)       &    \\
     0 &~$15_{-2}\to15_{2}E$       & \d78~254.011(20)      & ND & &   0 &~$13_{1}\to12_{2}A^+$      &  105~063.691(5)       &    \\
     0 & \d$7_{2}\to8_{1}A^-$      & \d80~993.241(7)       &    & &   0 &~$14_{-2}\to14_{1}E$       &  105~576.290(10)      &    \\
     0 &~$17_{-2}\to17_{2}E$       & \d81~318.424(20)      & ND & &   0 &~$15_{-2}\to15_{1}E$       &  107~159.820(10)      &    \\
     0 &~$18_{-2}\to18_{2}E$       & \d83~792.561(10)      & ND & &   0 &~$26_{0}\to26_{-1}E$       &  109~136.883(7)       &    \\
     0 &~$13_{-3}\to14_{-2}E$      & \d84~423.776(5)       &    & &   0 &~$16_{-2}\to16_{1}E$       &  109~153.107(10)      &    \\
     1 &~$13_{10}\to13_{11}E$      & \d84~930.946(10)      & ND & &   0 &~$23_{-2}\to23_{2}E$       &  110~060.492(20)      & ND \\
     1 &~$14_{10}\to14_{11}E$      & \d85~346.076(7)       & ND & &   0 &~$18_{0}\to17_{3}E$        &  111~254.256(20)      & U  \\
     0 & \d$6_{-2}\to7_{-1}E$      & \d85~568.084(10)      &    & &   0 & \d$7_{2}\to8_{1}A^+$      &  111~289.550(10)      &    \\
     1 &~$15_{10}\to15_{11}E$      & \d85~773.092(7)       & ND & &   0 &~$17_{-2}\to17_{1}E$       &  111~626.449(15)T     &    \\
     0 &~$19_{-2}\to19_{2}E$       & \d87~066.748(10)      & ND & &   0 &~$14_{-3}\to15_{2}E$       &  112~490.953(15)      & ND \\
     0 &~$14_{1}\to14_{1}A^{\mp}$  & \d87~241.339(10)      & ND & &   0 &~$16_{1}\to16_{1}A^{\mp}$  &  112~745.243(10)      & ND \\
     0 & \d$8_{-4}\to9_{-3}E$      & \d89~505.808(5)       &    & &   0 &~$25_{0}\to25_{-1}E$       &  113~408.094(7)       & ND \\
     0 &~$20_{-2}\to20_{2}E$       & \d91~254.686(10)      & ND & &   0 &~$18_{-2}\to18_{1}E$       &  114~650.861(5)       &    \\
     1 & \d$1_{0}\to2_{1}E$        & \d93~196.673(10)      &    & &   0 &~$19_{-3}\to20_{0}E$       &  115~800.166(20)      & ND \\
     1 &~$10_{-7}\to11_{-6}E$      & \d94~022.734(10)      & ND & &   0 &~$24_{0}\to24_{-1}E$       &  117~636.228(10)      & NO \\
     0 & \d$8_{3}\to9_{2}E$        & \d94~541.765(5)       & ND & &   1 &~$10_{2}\to9_{3}E$         &  118~156.280(10)      & NO \\
     0 &~$19_{7}\to20_{6}A$        & \d94~814.987(10)      & ND & &   1 & \d$8_{1}\to9_{2}A^+$      &  118~207.927(5)       & NO \\
     1 & \d$2_{1}\to1_{1}A^+$      & \d96~396.040(7)       &    & &   0 &~$19_{-2}\to19_{1}E$       &  118~293.492(5)       & NO \\
     0 &~$21_{-2}\to21_{2}E$       & \d96~446.619(15)      &    & &   1 &~$17_{6}\to18_{5}A$        &  118~481.011(5)       & NO \\
     1 & \d$2_{1}\to1_{1}E$        & \d96~492.152(7)       &    & &   0 &~$24_{-2}\to24_{2}E$       &  118~522.453(15)      & NO \\
     1 & \d$2_{0}\to1_{0}E$        & \d96~493.540(10)      &    & &     &                           &                      &     \\
\noalign{\smallskip}
 \hline
 \end{tabular}}
\smallskip
For nomenclature see notes to Table~\ref{tab:mlines}.
Tsunekawa et~al. (\cite{Tsunekawa1995}) give 111~626.846(30) MHz for the frequency
of the line marked with T; we suspect a typographical error,
see Sect.~4.1, where also some assignments for~$J > 30$ are discussed.
Heuvel \& Dymanus (1973) give 17~513.34127(20)~MHz for the unsplit
position of the line  marked with x.
All lines, except those marked "ND''  have been
detected in astronomical sources.
See Lovas (\cite{Lovas2004}) for references to first detections.
"ND'' means that no astronomical detection is reported
in the latter reference.
"U'' means that this line is listed as unidentified in Lovas (\cite{Lovas2004}).
\end{table}