\documentstyle{l-aa} %\documentclass[a4paper,10pt]{article} %\documentclass[10pt]{article} \textheight 250mm \textwidth 170mm \oddsidemargin 1mm \evensidemargin 0.5mm \topmargin 15mm \begin{document} \setcounter{table}{0} \begin{table*}[tp] \caption[]{Parameters of spectral lines detected, giving observed frequency, $\nu$(obs), line brightness $T_A^*$ and line width. All entries represent independent observations. The code in column 4 indicates whether the line was detected in the first (1) or second (2) observing session, in the main (m) or image (i) band. During run 2, some overlapping coverage occurred, with the same line appearing in upper and lower sideband on different frequency settings. The remaining columns show the species and transition identified with the line, and the corresponding rest frequency. If the identification is ambiguous, the various alternatives are given, with the favoured identification shown with an asterisk. Question marks denote uncertain detections and blended lines are marked by `b'. All the HCOOCH$_3$ lines are of the $A$--species. Some of the HCOOCH$_3$, C$_2$H$_5$CN and H$_2$CCHCN identifications are blends of two or more transitions of equivalent energy, as is the NS line, all marked by `b'. The NH$_2$CHO lines are blends of several hyperfine components.} \vspace{2mm} \begin{center} \begin{tabular}{lccclllc} \hline \noalign{\smallskip} ~~$\nu$(obs)& $T_A^*$& Width& code& Species& Transition & ~~$\nu$(rest) & Notes \\ ~~(GHz) & (K)& (MHz)& & & & ~~(GHz) & \\ \hline \noalign{\smallskip} 330.0359& 0.7& 6.6& 2m& U & & &\\ 330.1917& 0.7& 5.9& 2m& H$_2$$^{13}$CS & 10(3,8)--9(3,7) &330.1958&\\ 330.3532& 0.8& 10.6& 2m& CH$_3$OH & 20(3)--19(4) $A-$ &330.3554&\\ 330.3738& 0.7& 9.4& 2m& H$_2$CCHCN & 11(3,8)--10(2,9) &330.3719&\\ 330.4074& 0.7& 6.0& 2m& (CH$_3$)$_2$O & 15(1,14)--16(2,15) &330.4076&\\ 330.4089& 0.7& 13.2& 1m& (CH$_3$)$_2$O & 15(1,14)--16(2,15) &330.4076&\\ 330.4607& 0.7& 8.7& 2m& NH$_2$CHO & 19(1,18)--18(2,17) &330.4596&\\ 330.5891&(10)& (20)& 1m& $^{13}$CO & 3--2 &330.5879&self-absorbed\\ 330.5891&(10)& (20)& 2m& $^{13}$CO & 3--2 &330.5879&self-absorbed \\ 331.0404& 1.2& 14.7& 2m& CH$_3$CN & 18(2)--17(2) &331.0465&\\ 331.0721& 1.3& 10.6& 2m& CH$_3$CN & 18(1)--17(1) &331.0652&b\\ & & & & CH$_3$CN & 18(0)--17(0) &331.0719&\\ 331.2215& 0.8& 11.0& 2m& CH$_3$OH & 16(--1)--15(--2) $E$ &331.2216&\\ 331.4671& 0.5& 6.2& 2m& HCOOCH$_3$ & 28(3,25)--27(3,24) &331.4697&\\ 332.0915& 0.7& 13.5& 2m& SO$_2$ & 21(2,20)--21(1,21) &332.0914&b\\ & & & & CH$_3$OH & 21(5)--22(4) $E$ &332.0874&\\ 332.5045& 0.8& 14.5& 1m& SO$_2$ & 4(3,1)--3(2,2) &332.5053&\\ 332.5315& 0.6& 10.8& 1m& H$_2$CCHCN & 35(6,30)--34(6,29) &332.5325&b\\ 332.5735& 0.9& 14.1& 1m& HCOOCH$_3$ & 30(1,29)--29(1,28) &332.5764&b\\ 332.5737& 0.6& 15.5& 2m& HCOOCH$_3$ & 30(1,29)--29(1,28) &332.5764&b\\ 333.1113& 0.5& 9.9& 1m& $^{13}$CH$_3$OH & 7(1)--6(1) $A-$ &333.1148&\\ 333.1167& 0.5& 13.1& 2m& $^{13}$CH$_3$OH & 7(1)--6(1) $A-$ &333.1148&\\ 333.1185& 0.4& 10.9& 1m& H$^{13}$COOH & 13(3,11)--13(2,12) &333.1208&\\ 333.1621& 0.5& 7.3& 2m& U & & &\\ 333.2781& 0.3& 8.3& 1m& SHD & 2(0,2)--1(1,1) &333.2786&\\ 333.4195& 0.6& 7.3& 2m& HCOOCH$_3$ & 27(12,15)--26(12,14) &333.4190&b\\ 333.4381& 0.6& 10.5& 2m& U & & &\\ 333.4492& 0.9& 7.3& 2m& HCOOCH$_3$ & 31(0,31)--30(0,30) &333.4496&b\\ 333.4504& 0.5& 11.8& 1m& HCOOCH$_3$ & 31(0,31)--30(0,30) &333.4496&b\\ 333.9032& 0.6& 7.3& 2m& $^{34}$SO & 7(8)--6(7) &333.9010&\\ 334.4275& 0.7& 8.4& 2m& CH$_3$OH & 3(0)--2(1) $E$ &334.4266&\\ 334.4569& 0.5& 8.4& 2m& U & & &\\ 334.6751& 0.9& 10.2& 2m& SO$_2$ & 8(2,6)--7(1,7) &334.6733&\\ 334.7096& 0.6& 7.7& 2m& NH$_2$CHO & 17(0,17)--16(1,16) &334.7100&\\ 334.8733& 0.6& 9.8& 2m& HCOOCH$_3$ & 27(10,17)--26(10,16) &334.8727&\\ 334.8930& 0.6& 8.0& 2m& U & & &\\ 335.1352& 0.7& 8.0& 2m& CH$_3$OH & 2(2)--3(1) $A-$ &335.1335&\\ 335.3971& 0.6& 6.2& 2m& HDO & 3(3,1)--4(2,2) &335.3954&\\ \noalign {\smallskip} \hline \end{tabular} \end{center} \end{table*} \setcounter{table}{0} \begin{table*}[tp] \caption[]{continued} \vspace{2mm} \begin{center} \begin{tabular}{lccclllc} \hline \noalign{\smallskip} ~~$\nu$(obs)& $T_A^*$& Width& code& Species& Transition & ~~$\nu$(rest) & Notes \\ ~~(GHz) & (K)& (MHz)& & & & ~~(GHz) &\\ \noalign{\smallskip} \hline \noalign{\smallskip} 335.5604& 0.5& 7.3& 2m& $^{13}$CH$_3$OH & 12(1)--12(0) $A+$ &335.5660&\\ 335.5607& 0.5& 5.2& 1m& $^{13}$CH$_3$OH & 12(1)--12(0) $A+$ &335.5660&\\ 335.5831& 1.2& 7.5& 1m& CH$_3$OH & 7(1)--6(1) $A+$ &335.5820&\\ 335.5844& 2.0& 10.5& 2m& CH$_3$OH & 7(1)--6(1) $A+$ &335.5820&\\ 335.9649& 0.6& 7.3& 2m& U & & &\\ 336.0278& 0.6& 9.1& 2m& HCOOCH$_3$ & 27(9,19)--26(9,18) &336.0281&\\ 336.3511& 0.6& 12.3& 1m& NH$_2$CHO & 29(4,25)--29(3,26) &336.3514&\\ 336.3541& 0.9& 9.5& 2m& NH$_2$CHO & 29(4,25)--29(3,26) &336.3514&\\ 336.3726& 0.9& 10.2& 2m& HCOOCH$_3$ & 26(5,21)--25(5,20) &336.3739&\\ 336.3749& 0.7& 14.2& 1m& HCOOCH$_3$ & 26(5,21)--25(5,20) &336.3739&\\ 336.4387& 0.5& 9.1& 2m& CH$_3$OH & 14(7)--15(6) $A+$, $A-$ &336.4383&\\ 336.5218& 0.7& 9.7& 1m& HC$_3$N & 37--36 &336.5212&\\ 336.8654& 2.1& 8.7& 2m& CH$_3$OH & 12(1)--12(0) $A+$, $A-$ &336.8651&\\ 336.8872& 0.7& 9.8& 2m& U & & &\\ 336.9184& 0.5& 8.7& 2m& HCOOCH$_3$ & 26(6,20)--25(6,19) &336.9181&\\ 337.0604& 2.6& 8.4& 2m& C$^{17}$O & 3--2 &337.0611&\\ 337.1366& 0.8& 8.0& 2m& CH$_3$OH & 4(2)--3(3) $E$ &337.1359&\\ 337.1370& 0.9& 10.8& 1m& CH$_3$OH & 4(2)--3(3) $E$ &337.1359&\\ 337.1498& 0.4& 4.6& 1m& U & & &\\ 337.1770& 0.5& 10.2& 1m& CH$_3$OH & 7(--4)--6(--4) $E$ vt2 &337.1751&\\ 337.1902& 0.4& 6.3& 1m& CH$_3$OH & 7(0)--6(0) $E$ vt2 &337.1865&\\ 337.1993& 0.5& 8.9& 1m& CH$_3$OH & 7(--5)--6(--5) $E$ vt2 &337.1985&\\ 337.2497& 0.7& 11.3& 2m& CH$_3$OH & 7(3)--6(3) $A+$,$A-$ vt2&337.2522&\\ 337.2743& 0.6& 7.3& 2m& CH$_3$OH & 7(4)--6(4) $A+$,$A-$ vt2&337.2735&\\ 337.2838& 0.9& 9.5& 1m& CH$_3$OH & 7(0)--6(0) $A+$ vt2 &337.2843&\\ 337.2855& 0.6& 8.0& 2m& CH$_3$OH & 7(0)--6(0) $A+$ vt2 &337.2843&\\ 337.2986& 1.0& 9.1& 2m& CH$_3$OH & 7(3)--6(3) $E$ vt2 &337.2958&\\ 337.2998& 1.0& 10.8& 1m& CH$_3$OH & 7(2)--6(2) $E$ vt2 &337.3026&\\ 337.3106& 0.7& 8.0& 1m& CH$_3$OH & 7(--1)--6(--1) $E$ vt2 &337.3123&\\ 337.3139& 0.7& 10.2& 2m& CH$_3$OH & 7(--1)--6(--1) $E$ vt2 &337.3123&\\ 337.3283& 0.4& 6.3& 1m& C$_2$H$_5$OH & 20(7,14)--20(6,15) &337.3250&\\ 337.3479& 0.4& 10.2& 1m& C$_2$H$_5$CN & 38(3,36)--37(3,35) &337.3470&in OMC1 (U337.353)\\ 337.3943& 2.4& 6.4& 2m& C$^{34}$S & 7--6 &337.3966&\\ 337.3948& 2.5& 8.6& 1m& C$^{34}$S & 7--6 &337.3966&\\ 337.4242& 0.6& 6.9& 2m& H$_2$NCN vt1 & 17(1,17)--16(1,16) &337.4278&\\ 337.4242& 0.4& 7.9& 1m& H$_2$NCN vt1 & 17(1,17)--16(1,16) &337.4278&\\ 337.4616& 0.6& 6.0& 1m& H$_2$C$^{34}$S & 10(4,6)--9(4,5) &337.4619&b\\ 337.4645& 0.8& 9.5& 2m& CH$_3$OH & 7(6)--6(6) $A+$ vt1 &337.4637&b\\ 337.4903& 0.8& 11.6& 2m& CH$_3$OH & 7(6)--6(6) $A-$ vt1 &337.4905&\\ 337.4909& 0.5& 8.1& 1m& CH$_3$OH & 7(6)--6(6) $A-$ vt1 &337.4905&\\ 337.5186& 0.6& 11.0& 1m& CH$_3$OH & 7(3)--6(3) $E$ vt1 &337.5191&\\ 337.5470& 0.6& 10.9& 1m& CH$_3$OH & 7(5)--6(5) $A+$ vt1 &337.5461&\\ 337.5832& 0.9& 8.2& 1i& $^{34}$SO & 8(8)--7(7) &337.5802&b\\ & & & & CH$_3$OH & 7(4)--6(4) $E$ vt1 &337.5817&\\ 337.6719& 0.6& 8.7& 2m& CH$_3$OH & 7(2)--6(2) $E$ vt1 &337.6712&\\ 337.6864& 0.6& 8.4& 2m& CH$_3$OH & 7(5)--6(5) $E$ vt1 &337.6853&\\ 337.7089& 0.6& 9.1& 2m& CH$_3$OH & 7(--1)--6(--1) $E$ vt1 &337.7075&\\ \noalign {\smallskip} \hline \end{tabular} \end{center} \end{table*} \setcounter{table}{0} \begin{table*}[tp] \caption[]{continued} \vspace{2mm} \begin{center} \begin{tabular}{lccclllc} \hline \noalign{\smallskip} ~~$\nu$(obs)& $T_A^*$& Width& code& Species& Transition & ~~$\nu$(rest) & Notes \\ ~~(GHz) & (K)& (MHz)& & & & ~~(GHz) &\\ \noalign{\smallskip} \hline \noalign{\smallskip} 337.7252& 0.4& 7.5& 2m& C$_2$H$_5$OH & 19(7,12)--19(6,13) &337.7280&\\ 337.7328& 0.5& 6.9& 2m& U & & &\\ 337.7495& 0.5& 10.2& 2m& CH$_3$OH & 7(0)--6(0) $A+$ vt1 &337.7488&\\ 337.8291& 0.5& 8.4& 2m& U & & &\\ 337.8444& 0.4& 6.9& 2m& U & & &\\ 337.8789& 0.6& 8.0& 2m& CH$_3$OH & 7(1)--6(1) A vt2 &337.8775&\\ 337.8937& 0.4& 8.0& 2m& SO$_2$ v2=1 & 21(2,20)--21(1,21) &337.8922&\\ 337.9696& 0.8& 7.3& 2m& U & & &in OMC1 (U337.973)\\ 337.9698& 0.9& 7.1& 2i& U & & &\\ 338.0814& 2.2& 7.6& 2i& H$_2$CS & 10(1,10)--9(1,9) &338.0810&\\ 338.0814& 1.4& 9.1& 2i& H$_2$CS & 10(1,10)--9(1,9) &338.0810&\\ 338.0978& 0.5& 7.7& 2i& C$_2$H$_5$OH & 18(7,11)--18(6,12) &338.0990&\\ 338.1069& 0.5& 6.4& 2i& C$_2$H$_5$OH & 18(7,12)--18(6,13) &338.1100&\\ 338.1232& 3.3& 9.0& 2i& CH$_3$OH & 7(0)--6(0) $E$ &338.1245&\\ 338.1232& 2.3& 9.1& 2i& CH$_3$OH & 7(0)--6(0) $E$ &338.1245&\\ 338.3057& 0.8& 11.3& 1i& SO$_2$ & 18(4,14)--18(3,15) &338.3060&\\ 338.3067& 0.8& 9.7& 2i& SO$_2$ & 18(4,14)--18(3,15) &338.3060&\\ 338.3448& 3.6& 10.7& 1i& CH$_3$OH & 7(--1)--6(--1) $E$ &338.3446&\\ 338.3448& 3.8& 9.1& 2i& CH$_3$OH & 7(--1)--6(--1) $E$ &338.3446&\\ 338.3438& 2.4& 9.2& 2i& CH$_3$OH & 7(--1)--6(--1) $E$ &338.3446&\\ 338.3557& 0.6& 6.2& 2i& HCOOCH$_3$ & 27(8,19)--26(8,18) &338.3558&\\ 338.3929& 0.8& 8.9& 2i& CH$_3$OH & 7(6)--6(6) $E$ &338.4046&\\ 338.4084& 4.0& 9.5& 1i& CH$_3$OH & 7(0)--6(0) $A+$ &338.4087&\\ 338.4086& 4.4& 11.4& 2i& CH$_3$OH & 7(0)--6(0) $A+$ &338.4087&\\ 338.4074& 3.3& 8.7& 2i& CH$_3$OH & 7(0)--6(0) $A+$ &338.4087&\\ 338.4307& 1.8& 11.1& 2i& CH$_3$OH & 7(--6)--6(--6) $E$ &338.4310&\\ 338.4291& 0.8& 8.0& 2i& CH$_3$OH & 7(--6)--6(--6) $E$ &338.4310&\\ 338.4325& 1.1& 15.9& 1i& CH$_3$OH & 7(--6)--6(--6) $E$ &338.4310&\\ 338.4425& 1.0& 7.3& 2i& CH$_3$OH & 7(6)--6(6) $A+$,$A-$ &338.4424&\\ 338.4429& 1.1& 7.5& 1i& CH$_3$OH & 7(6)--6(6) $A+$,$A-$ &338.4424&\\ 338.4412& 1.6& 9.5& 2i& CH$_3$OH & 7(6)--6(6) $A+$,$A-$ &338.4424&\\ 338.4579& 1.1& 11.5& 1i& CH$_3$OH & 7(--5)--6(--5) $E$ &338.4565&\\ 338.4565& 0.8& 9.8& 2i& CH$_3$OH & 7(--5)--6(--5) $E$ &338.4565&\\ 338.4552& 1.8& 11.0& 2i& CH$_3$OH & 7(--5)--6(--5) $E$ &338.4565&\\ 338.4737& 1.1& 8.7& 2i& CH$_3$OH & 7(5)--6(5) $E$ &338.4753&\\ 338.4734& 1.8& 13.5& 2i& CH$_3$OH & 7(5)--6(5) $E$ &338.4753&\\ 338.4863& 1.2& 6.9& 2i& CH$_3$OH & 7(5)--6(5) $A+$,$A-$ &338.4863&\\ 338.4879& 1.8& 9.4& 2i& CH$_3$OH & 7(5)--6(5) $A+$,$A-$ &338.4863&\\ 338.5034& 1.9& 12.6& 2i& CH$_3$OH & 7(--4)--6(--4) $E$ &338.5041&\\ 338.5124& 2.2& 8.1& 2i& CH$_3$OH & 7(2)--6(2) $A-$ &338.5128&\\ 338.5131& 1.9& 14.9& 2i& CH$_3$OH & 7(4)--6(4) $A-$,$A+$ &338.5128&\\ 338.5294& 1.8& 10.9& 1i& CH$_3$OH & 7(4)--6(4) $E$ &338.5302&\\ 338.5288& 1.7& 9.9& 2i& CH$_3$OH & 7(4)--6(4) $E$ &338.5302&\\ 338.5299& 0.9& 8.7& 2i& CH$_3$OH & 7(4)--6(4) $E$ &338.5302&\\ 338.5421& 3.0& 9.6& 1i& CH$_3$OH & 7(3)--6(3) $A+$ &338.5408&\\ 338.5406& 2.7& 9.0& 2i& CH$_3$OH & 7(3)--6(3) $A+$ &338.5408&\\ 338.5422& 1.8& 9.8& 2i& CH$_3$OH & 7(3)--6(3) $A-$ &338.5432&\\ 338.5598& 1.7& 11.6& 1i& CH$_3$OH & 7(--3)--6(--3) $E$ &338.5599&\\ 338.5587& 1.7& 9.7& 2i& CH$_3$OH & 7(--3)--6(--3) $E$ &338.5599&\\ \noalign {\smallskip} \hline \end{tabular} \end{center} \end{table*} \setcounter{table}{0} \begin{table*}[tp] \caption[]{continued} \vspace{2mm} \begin{center} \begin{tabular}{lccclllc} \hline \noalign{\smallskip} ~~$\nu$(obs)& $T_A^*$& Width& code& Species& Transition & ~~$\nu$(rest) & Notes \\ ~~(GHz) & (K)& (MHz)& & & & ~~(GHz) &\\ \noalign{\smallskip} \hline \noalign{\smallskip} 338.5825& 2.0& 9.2& 1i& CH$_3$OH & 7(3)--6(3) $E$ &338.5832&\\ 338.5824& 1.8& 8.4& 2i& CH$_3$OH & 7(3)--6(3) $E$ &338.5832&\\ 338.5805& 1.5& 10.6& 2i& CH$_3$OH & 7(3)--6(3) $E$ &338.5832&\\ 338.6143& 3.0& 10.6& 1i& CH$_3$OH & 7(1)--6(1) $E$ &338.6150&\\ 338.6141& 2.4& 10.0& 2i& CH$_3$OH & 7(1)--6(1) $E$ &338.6150&\\ 338.6143& 2.7& 8.7& 2i& CH$_3$OH & 7(1)--6(1) $E$ &338.6150&\\ 338.6395& 2.6& 10.1& 1i& CH$_3$OH & 7(2)--6(2) $A+$ &338.6399&\\ 338.6386& 2.0& 10.0& 2i& CH$_3$OH & 7(2)--6(2) $A+$ &338.6399&\\ 338.6404& 2.1& 7.3& 2i& CH$_3$OH & 7(2)--6(2) $A+$ &338.6399&\\ 338.7088& 0.6& 7.9& 1i& U & & &\\ 338.7197& 3.0& 9.1& 2i& CH$_3$OH & 7(2)--6(2) $E$ &338.7216&\\ 338.7204& 3.7& 10.6& 2i& CH$_3$OH & 7(2)--6(2) $E$ &338.7216&\\ 338.7224& 3.4& 10.5& 1i& CH$_3$OH & 7(2)--6(2) $E$ &338.7216&\\ 338.7470& 0.7& 5.8& 2i& U & & &\\ 338.7598& 1.3& 8.7& 2i& U & & &\\ 338.7714& 0.8& 6.9& 2i& U & & &\\ 338.8434& 0.8& 3.0& 2i& U & & &\\ 338.8879& 0.4& 7.2& 2i& C$_2$H$_5$OH & 15(7,8)--15(6,9) &338.8860&b\\ & & & & C$_2$H$_5$OH & 15(7,9)--15(6,10) &338.8870&\\ 339.3105& 0.9& 10.2& 2i& C$_2$H$_5$OH & 12(7,5)--12(6,6) &339.3130&\\ 339.3100& 1.1& 9.5& 2i& C$_2$H$_5$OH & 12(7,6)--12(6,7) &339.3130&\\ 339.3385& 1.2& 14.4& 2i& SO & 3(3)--3(2) &339.3415&\\ 339.3392& 1.1& 6.9& 2i& SO & 3(3)--3(2) &339.3415&\\ 339.4607& 0.5& 6.6& 2i& CN & 3--2 2.5 1.5--2.5 2.5 &339.4600&\\ 339.4623& 0.5& 8.5& 2i& CN & 3--2 2.5 2.5--2.5 1.5 &339.4627&\\ 339.4915& 0.7& 9.1& 2i& (CH$_3$)$_2$O & 18(2,17)--19(1,18) &339.4915&b\\ & & & & CN & 3--2 2.5 2.5--1..5 1.5 &339.4933&\\ 339.8563& 0.6& 8.0& 2i& $^{34}$SO & 9(8)--8(7) &339.8573&\\ 340.0380& 2.1& 6.7& 2i& CN & 3--2 2.5 2.5--1.5 1.5 &340.0355&\\ 340.0543& 1.4& 9.9& 2i& C$^{33}$S & 7--6 &340.0527&\\ 340.1409& 1.3& 10.9& 2i& NH$_2$CHO & 16(5,11)--15(5,10) &340.1376&b\\ & & & & CH$_3$OH & 2(2)--3(1) $A+,A-$ &340.1412&\\ 340.1889& 0.9& 13.3& 2i& C$_2$H$_5$OH & 6(5,1)--5(4,2) &340.1890&b\\ & & & & C$_2$H$_5$OH & 6(5,2)--5(4,1) &340.1890&\\ 340.2510& 3.6& 5.4& 1i& CN & 3--2 3.5 3.5--2.5 2.5 &340.2478&\\ 340.2514& 3.7& 4.5& 2i& CN & 3--2 3.5 4.5--2.5 3.5 &340.2479&\\ 340.2647& 0.9& 15.5& 1i& CN & 3--2 3.5 3.5--2.5 3.5 &340.2630&\\ 340.2656& 0.7& 21.8& 2i& CN & 3--2 3.5 2.5--2.5 2.5 &340.2618&\\ 340.3166& 0.6& 9.0& 1i& SO$_2$ & 28(2,26)--28(1,27) &340.3165&\\ 340.3948& 0.9& 10.5& 1i& CH$_3$OH & 16(6)--17(5) $A+$,$A-$ &340.3942&\\ 340.4369& 0.4& 6.8& 1i& U & & &\\ 340.4484& 1.5& 10.7& 1i& OCS & 28--27 &340.4493&\\ 340.4504& 1.1& 10.6& 2i& OCS & 28--27 &340.4493&\\ 340.6113& 0.7& 16.5& 1i& (CH$_3$)$_2$O & 9(2,8)--10(3,7) &340.6150&\\ 340.6137& 0.7& 11.6& 2i& (CH$_3$)$_2$O & 9(2,8)--10(3,7) &340.6160&\\ 340.6293& 0.5& 4.0& 1i& HC$^{18}$O$^+$ & 4--3 &340.6307&\\ 340.6839& 0.8& 10.5& 2i& CH$_3$OH & 11(1)--10(0) $E$ vt1 &340.6842&\\ 340.6841& 0.9& 19.2& 1i& CH$_3$OH & 11(1)--10(0) $E$ vt1 &340.6842&b?\\ \noalign {\smallskip} \hline \end{tabular} \end{center} \end{table*} \setcounter{table}{0} \begin{table*}[tp] \caption[]{continued} \vspace{2mm} \begin{center} \begin{tabular}{lccclllc} \hline \noalign{\smallskip} ~~$\nu$(obs)& $T_A^*$& Width& code& Species& Transition & ~~$\nu$(rest) & Notes \\ ~~(GHz) & (K)& (MHz)& & & & ~~(GHz) &\\ \noalign{\smallskip} \hline \noalign{\smallskip} 340.7131& 3.0& 9.7& 1i& SO & 7(8)--6(7) &340.7143&\\ 340.7148& 2.2& 9.8& 2i& SO & 7(8)--6(7) &340.7143&\\ 341.1323& 0.7& 8.9& 2i& U & & &\\ 341.1309& 0.7& 9.8& 1i& U & & &\\ 341.1733& 0.5& 7.6& 2i& U & & &\\ 341.2361& 0.4& 11.9& 1i& U & & &\\ 341.2428& 0.5& 6.9& 2i& HCO & 11(0,11)--10(1,10) &341.2426&\\ 341.3498& 0.7& 9.9& 1i& HCS$^+$ & 8--7 &341.3501&\\ 341.4151& 2.4& 10.1& 1i& CH$_3$OH & 7(1)--6(1) $A-$ &341.4155&\\ 341.4166& 3.4& 8.7& 2i& CH$_3$OH & 7(1)--6(1) $A-$ &341.4155&\\ 341.4671& 0.4& 12.7& 2i& U & & &\\ 341.6755& 0.5& 7.3& 2i& SO$_2$ & 36(5,31)--36(4,32) &341.6743&\\ 341.6828& 0.6& 7.3& 2i& CH$_3$CCH & 20(3)--19(3) &341.6837&\\ 341.7162& 0.6& 8.0& 2i& CH$_3$CCH & 20(2)--19(2) &341.7154&\\ 341.7361& 0.7& 12.4& 2i& CH$_3$CCH & 20(1)--19(1) &341.7346&b\\ & & & & CH$_3$CCH & 20(0)--19(0) &341.7411&\\ 341.9199& 0.5& 8.4& 2i& H$_2$CCHCN & 36(7,29)--35(7,28) &341.9235&\\ 342.2906& 0.4& 8.4& 2i& U & & &\\ 342.3135& 0.5& 9.8& 2i& H$_2$CCHCN & 36(5,32)--35(5,31) &342.3169&\\ 342.3527& 0.8& 6.5& 2i& HCOOCH$_3$ & 30(2,28)--29(3,27) &342.3504&\\ 342.3618& 0.9& 15.4& 2i& HCOOCH$_3$ & 30(3,28)--29(3,27) &342.3597&b\\ & & & & HCOOCH$_3$ & 30(2,28)--29(2,27) &342.3665&\\ 342.6087& 1.0& 8.2& 2i& (CH$_3$)$_2$O & 18(1,18)--19(0,19) &342.6080&\\ 342.6936& 0.6& 9.1& 2i& HCOOCH$_3$ & 27(13,15)--27(12,16) &342.6899&b\\ 342.7292& 2.6& 10.2& 2i& CH$_3$OH & 13(1)--13(0) $A+$,$A-$ &342.7298&\\ 342.7289& 0.4& 12.3& 1i& CH$_3$OH & 13(1)--13(0) $A+$,$A-$ &342.7298&\\ 342.7626& 0.6& 12.0& 2i& SO$_2$ & 34(3,31)--34(2,32) &342.7619&\\ 342.8859& 9.6& 5.2& 2i& CS & 7--6 &342.8829&\\ 342.8856& 4.5& 6.0& 1i& CS & 7--6 &342.8829&\\ 342.8828& 4.2& 5.8& 1m& CS & 7--6 &342.8829&\\ 342.9458& 1.2& 7.3& 2i& H$_2$CS & 10(0,10)--9(0,9) &342.9443&\\ 343.0859& 0.7& 8.0& 2i& NH$_2$CHO & 16(3,13)--15(3,12) &343.0831&\\ 343.1497& 0.6& 16.0& 1m& HCOOCH$_3$ & 17(5,12)--16(4,13) &343.1499&b\\ 343.1506& 1.0& 8.0& 2i& HCOOCH$_3$ & 17(5,12)--16(4,13) &343.1499&b\\ 343.1519& 0.9& 13.0& 1m& HCOOCH$_3$ & 31(1,30)--30(1,29) &343.1535&b\\ 343.1978& 0.4& 5.7& 1i& NH$_2$CHO & 17(1,17)--16(1,16) &343.1970&\\ 343.2035& 0.5& 8.1& 1i& H$_2$CS & 10(5,5)--9(5,4) &343.2011&b\\ 343.3071& 0.7& 6.9& 2i& H$_2$CS & 10(4,7)--9(4,6) &343.3076&b\\ 343.3136& 0.5& 10.6& 1i& U & & &\\ 343.3205& 0.8& 13.7& 1i& H$_2$CS & 10(2,9)--9(2,8) &343.3198&\\ 343.3233& 1.5& 8.7& 2i& H$_2$$^{13}$CO & 5(1,5)--4(1,4) &343.3257&\\ 343.3244& 1.8& 9.1& 1i& H$_2$$^{13}$CO & 5(1,5)--4(1,4) &343.3257&\\ 343.3868& 0.5& 9.1& 1m& H$_2$CCO & 17(3,14)--16(3,13) &343.3883&\\ 343.3880& 0.4& 9.6& 1i& H$_2$CCO & 17(3,14)--16(3,13) &343.3883&\\ 343.4079& 0.8& 13.6& 2i& H$_2$CS & 10(3,8)--9(3,7) &343.4077&\\ 343.4088& 0.9& 13.3& 1i& H$_2$CS & 10(3,8)--9(3,7) &343.4077&\\ 343.4101& 0.7& 11.2& 1m& H$_2$CS & 10(3,7)--9(3,6) &343.4119&\\ 343.4132& 1.3& 9.4& 2i& H$_2$CS & 10(3,7)--9(3,6) &343.4119&\\ 343.4147& 1.0& 9.1& 1m& H$_2$CS & 10(3,7)--9(3,6) &343.4119&\\ \noalign {\smallskip} \hline \end{tabular} \end{center} \end{table*} \setcounter{table}{0} \begin{table*}[tp] \caption[]{continued} \vspace{2mm} \begin{center} \begin{tabular}{lccclllc} \hline \noalign{\smallskip} ~~$\nu$(obs)& $T_A^*$& Width& code& Species& Transition & ~~$\nu$(rest) & Notes \\ ~~(GHz) & (K)& (MHz)& & & & ~~(GHz) &\\ \noalign{\smallskip} \hline \noalign{\smallskip} 343.4362& 0.6& 8.4& 2i& U & & &\\ 343.4460& 0.4& 10.1& 1m& HCOOCH$_3$ & 28(4,24)--27(4,23) &343.4442&\\ 343.6966& 0.4& 6.6& 1m& H$_2$CCO & 17(2,15)--16(2,14) &343.6939&\\ 343.7546& 0.9& 8.0& 2i& HCOOCH$_3$ & 27(7,20)--26(7,19) &343.7580&\\ 343.7566& 0.9& 9.4& 1m& HCOOCH$_3$ & 27(7,20)--26(7,19) &343.7580&\\ 343.8107& 1.0& 10.5& 1m& H$_2$CS & 10(2,8)--9(2,7) &343.8109&\\ 343.8620& 0.4& 8.8& 1m& $^{34}$SO & 2(3)--2(1) &343.8651&\\ 343.9837& 0.6& 10.2& 2i& OC$^{34}$S & 29--28 &343.9833&\\ 343.9848& 0.4& 7.8& 1m& OC$^{34}$S & 29--28 &343.9833&\\ 344.0303& 0.8& 7.8& 1m& HCOOCH$_3$ & 32(0,32)--31(0,31) &344.0298&b\\ 344.1078& 0.9& 8.4& 2i& CH$_3$OH & 18(2)--17(3) $E$ &344.1104&\\ 344.1080& 0.7& 14.5& 1m& CH$_3$OH & 18(2)--17(3) $E$ &344.1104&\\ 344.1087& 0.9& 9.1& 2i& CH$_3$OH & 18(2)--17(3) $E$ &344.1104&\\ 344.1100& 1.0& 9.7& 1m& CH$_3$OH & 18(2)--17(3) $E$ &344.1104&\\ 344.2006& 1.3& 10.1& 1i& HC$^{15}$N & 4--3 &344.2003&\\ 344.1995& 1.4& 9.1& 2i& HC$^{15}$N & 4--3 &344.2003&\\ 344.2017& 1.4& 6.6& 2i& HC$^{15}$N & 4--3 &344.2003&\\ 344.2884& 0.6& 8.4& 2i& U & & &\\ 344.3097& 2.2& 11.0& 1i& SO & 8(8)--7(7) &344.3107&\\ 344.3102& 3.3& 9.1& 2i& SO & 8(8)--7(7) &344.3107&\\ 344.3103& 3.1& 9.4& 2i& SO & 8(8)--7(7) &344.3107&\\ 344.3572& 0.8& 11.3& 1i& (CH$_3$)$_2$O & 18(0,18)--19(1,19) &344.3580&\\ 344.3574& 0.7& 9.5& 2i& (CH$_3$)$_2$O & 18(0,18)--19(1,19) &344.3580&\\ 344.3582& 0.7& 8.0& 2i& (CH$_3$)$_2$O & 18(0,18)--19(1,19) &344.3580&\\ 344.4430& 0.7& 12.6& 1i& CH$_3$OH & 19(1)--18(2) $A+$ &344.4447&\\ 344.4436& 0.8& 8.8& 2i& CH$_3$OH & 19(1)--18(2) $A+$ &344.4447&\\ 344.4443& 0.6& 7.6& 2i& CH$_3$OH & 19(1)--18(2) $A+$ &344.4447&\\ 344.5141& 0.6& 17.7& 1i& HCOOCH$_3$ & 28(16,13)--27(16,12) &344.5149&b\\ 344.5149& 0.9& 9.1& 2i& HCOOCH$_3$ & 28(16,13)--27(16,12) &344.5149&b\\ 344.5173& 0.6& 7.3& 2i& (CH$_3$)$_2$O & 10(2,8)--11(2,9) &344.5186&\\ 344.9166& 0.8& 11.3& 2i& SiO v=1 & 8--7 &344.9163&\\ 345.0687& 0.6& 11.3& 2i& HCOOCH$_3$ & 28(14,15)--27(14,14) &345.0685&b\\ 345.1490& 0.5& 8.0& 2i& SO$_2$ & 5(5,1)--6(4,2) &345.1491&\\ 345.1486& 0.4& 8.9& 1m& SO$_2$ & 5(5,1)--6(4,2) &345.1491&\\ 345.1820& 0.6& 7.3& 2i& NH$_2$CHO & 17(0,17)--16(0,16) &345.1812&\\ 345.2034& 0.5& 7.7& 2i& U & & &\\ 345.2266& 0.6& 10.6& 2i& U & & &\\ 345.2834& 0.6& 8.6& 1i& $^{34}$SO$_2$ & 9(4,6)--9(3,7) &345.2857&\\ 345.2916& 0.6& 9.4& 1m& U & & &\\ 345.3390& 2.7& 7.5& 1m& SO$_2$ & 13(2,12)--12(1,11) &345.3385&\\ 345.3352& 3.1& 6.0& 2i& SO$_2$ & 13(2,12)--12(1,11) &345.3385&\\ 345.3392& 2.7& 7.7& 2i& H$^{13}$CN & 4--3 &345.3398&\\ 345.3395& 2.3& 5.5& 1m& H$^{13}$CN & 4--3 &345.3398&\\ 345.4601& 0.4& 5.5& 2i& U & & &\\ 345.4681& 0.5& 9.1& 2i& HCOOCH$_3$ & 28(13,15)--27(13,14) &345.4666&b\\ 345.5215& 0.5& 8.4& 2i& $^{34}$SO$_2$ & 7(4,4)--7(3,5) &345.5198&\\ \noalign {\smallskip} \hline \end{tabular} \end{center} \end{table*} \setcounter{table}{0} \begin{table*}[tp] \caption[]{continued} \vspace{2mm} \begin{center} \begin{tabular}{lccclllc} \hline \noalign{\smallskip} ~~$\nu$(obs)& $T_A^*$& Width& code& Species& Transition & ~~$\nu$(rest) & Notes \\ ~~(GHz) & (K)& (MHz)& & & & ~~(GHz) &\\ \noalign{\smallskip} \hline \noalign{\smallskip} 345.5444& 0.4& 7.3& 2i& U & & &\\ 345.5524& 0.5& 7.6& 2i& $^{34}$SO$_2$ & 6(4,2)--6(3,3) &345.5532&\\ 345.6090& 0.9& 10.9& 2i& HC$_3$N & 38--37 &345.6104&\\ 345.6091& 1.0& 11.7& 2i& HC$_3$N & 38--37 &345.6104&\\ 345.6119& 0.8& 10.7& 1m& HC$_3$N & 38--37 &345.6104&\\ 345.7956&(25)& (20)& 1i& CO & 3--2 &345.7959&self-absorbed\\ 345.7941&(25)& (20)& 2m& CO & 3--2 &345.7959&self-absorbed\\ 345.9013& 1.5& 13.1& 2i& CH$_3$OH & 16(1)--15(2) $A-$ &345.9042&\\ 345.9043& 1.1& 9.7& 1m& CH$_3$OH & 16(1)--15(2) $A-$ &345.9042&\\ 345.9170& 1.1& 9.8& 2i& CH$_3$OH & 18(--3)--17(--4) $E$ &345.9192&\\ 345.9215& 0.7& 17.7& 1m& CH$_3$OH & 18(--3)--17(--4) $E$ &345.9192&\\ 346.2003& 1.3& 10.3& 2i& CH$_3$OH & 5(4)--6(3) $A-$ &346.2028&\\ 346.2032& 1.3& 8.0& 2m& CH$_3$OH & 5(4)--6(3) $A+$ &346.2044&\\ 346.2182& 1.1& 10.0& 2i& U & & &\\ 346.2213& 1.2& 8.0& 2m& NS & (7.5,8.5)--(6.5,7.5) &346.2201&b\\ 346.5087& 0.3& 7.0& 1m& U & & &\\ 346.5249& 2.7& 7.5& 2i& SO & 9(8)--8(7) &346.5286&\\ 346.5280& 3.1& 9.8& 2i& SO & 9(8)--8(7) &346.5286&\\ 346.5302& 3.1& 8.6& 1m& SO & 9(8)--8(7) &346.5286&\\ 346.5983& 0.8& 7.6& 2i& H$_2$CCO & 17(1,16)--16(1,15) &346.6006&\\ 346.6010& 0.6& 9.7& 1m& H$_2$CCO & 17(1,16)--16(1,15) &346.6006&\\ 346.6489& 1.1& 8.7& 2i& SO$_2$ & 19(1,19)--18(0,18) &346.6522&\\ 346.6530& 0.9& 11.2& 1m& SO$_2$ & 19(1,19)--18(0,18) &346.6522&\\ 346.6515& 0.9& 8.4& 2m& SO$_2$ & 19(1,19)--18(0,18) &346.6522&\\ 346.6758& 0.3& 5.4& 1m& HCOOCH$_3$ & 28(11,18)--17(11,17) &346.6748&b\\ 346.6862& 0.7& 9.5& 2i& U & & &\\ 346.7146& 0.7& 13.5& 2i& HCO & 4(0,4)--3(0,3) &346.7252&?\\ 346.9978& 2.1& 6.9& 2m& H$^{13}$CO$^+$ & 4--3 &346.9985&\\ 346.9983& 3.2& 10.6& 2i& H$^{13}$CO$^+$ & 4--3 &346.9985&\\ 347.0012& 2.6& 6.8& 1m& H$^{13}$CO$^+$ & 4--3 &346.9985&\\ 347.1891& 0.6& 8.9& 1m& U & & &in OMC1 (U347.191)\\ 347.3257& 0.7& 12.7& 2m& SiO & 8--7 &347.3306&\\ 347.3313& 0.6& 10.1& 1m& SiO & 8--7 &347.3306&\\ 348.1027& 0.4& 11.1& 1m& $^{13}$CH$_3$OH & 10(1)--11(0) $E$ &348.1003&\\ 348.2026& 0.3& 10.5& 1m& U & & &\\ 348.2640& 0.5& 12.3& 1m& HCOOD & 16(8,8)--15(8,7) &348.2620&?\\ 348.3305& 0.5& 10.1& 1m& U & & &\\ 348.3431& 0.5& 7.6& 2m& HN$^{13}$C & 4--3 &348.3405&\\ 348.3452& 0.9& 10.0& 1m& HN$^{13}$C & 4--3 &348.3405&\\ 348.3894& 0.8& 8.6& 1m& SO$_2$ & 24(2,22)--23(3,21) &348.3880&\\ 348.3900& 0.5& 8.4& 2m& SO$_2$ & 24(2,22)--23(3,21) &348.3880&\\ 348.5177& 0.6& 9.3& 1m& HNO & 1(1,1)--2(0,2) &348.5184&\\ 348.5321& 2.3& 9.2& 1m& H$_2$CS & 10(1,9)--9(1,8) &348.5321&\\ 348.6347& 0.6& 6.5& 2m& H$_2$CCHCN & 38(1,38)--37(10,37) &348.6357&\\ 348.9128& 0.7& 10.8& 2m& HCOOCH$_3$ & 28(9,20)--27(9,19) &348.9150&\\ 349.1075& 1.7& 10.9& 2m& CH$_3$OH & 14(1)--14(0) $A+$,$A-$ &349.1070&\\ \noalign {\smallskip} \hline \end{tabular} \end{center} \end{table*} \setcounter{table}{0} \begin{table*}[tp] \caption[]{continued} \vspace{2mm} \begin{center} \begin{tabular}{lccclllc} \hline \noalign{\smallskip} ~~$\nu$(obs)& $T_A^*$& Width& code& Species& Transition & ~~$\nu$(rest) & Notes \\ ~~(GHz) & (K)& (MHz)& & & & ~~(GHz) &\\ \noalign{\smallskip} \hline \noalign{\smallskip} 349.1270& 0.5& 7.3& 2m& CH$_3$CN & 19(7)--18(7) &349.1234&\\ 349.2139& 1.0& 8.0& 2m& CH$_3$CN & 19(6)--18(6) &349.2120&\\ 349.2865& 1.1& 11.6& 2m& CH$_3$CN & 19(5)--18(5) &349.2858&\\ 349.3406& 1.5& 8.0& 2m& C$_2$H & 4.5--3.5 &349.3381&\\ 349.3464& 1.3& 7.3& 2m& CH$_3$CN & 19(4)--18(4) &349.3462&\\ 349.3936& 1.2& 8.0& 2m& CH$_3$CN & 19(3)--18(3) &349.3934&\\ 349.4009& 1.2& 8.4& 2m& C$_2$H & 3.5--2.5 &349.4006&\\ 349.4270& 1.1& 9.5& 2m& CH$_3$CN & 19(2)--18(2) &349.4272&\\ 349.4498& 1.5& 8.0& 2m& CH$_3$CN & 19(1)--18(1) &349.4471&\\ 349.4564& 1.3& 7.7& 2m& CH$_3$CN & 19(0)--18(0) &349.4539&\\ %349.8014& 0.4& 3.4& 1m& NH$_2$CHO & 32(2,30)--33(1,33) &349.8028&\\ 349.8057& 0.7& 9.3& 2m& (CH$_3$)$_2$O & 10(1,10)--11(2,9) &349.8094&\\ 349.8092& 0.7& 7.7& 1m& (CH$_3$)$_2$O & 10(1,10)--11(2,9) &349.8094&\\ 349.8912& 0.6& 8.3& 1m& U & & &\\ 349.9554& 0.5& 6.9& 2m& U & & &\\ 350.1027& 0.5& 5.8& 1m& $^{13}$CH$_3$OH & 1(1)--0(0) $A+$ &350.1031&\\ 350.1046& 0.6& 10.6& 2m& $^{13}$CH$_3$OH & 1(1)--0(0) $A+$ &350.1031&\\ 350.1699& 0.4& 5.3& 2m& U & & &\\ 350.2869& 1.1& 7.3& 2m& U & & &\\ 350.3341& 0.8& 8.4& 2m& HNCO & 16(1,16)--15(1,15) &350.3333&\\ 350.4480& 0.6& 8.0& 2m& CH$_3$CN v8=1 & 18(--1)--17(--1) $l$=1 &350.4495&\\ 350.5559& 0.6& 9.8& 2m& CH$_3$CN v8=1 & 18(2)--17(2) $l$=1 &350.5522&\\ 350.6867& 0.5& 8.7& 1i& CH$_3$OH & 4(0)--3(--1) $E$ &350.6877&\\ 350.6866& 3.3& 9.5& 2m& CH$_3$OH & 4(0)--3(--1) $E$ &350.6877&\\ 350.8044& 2.5& 7.3& 2m& U & & &\\ 350.8471& 0.9& 9.8& 2m& U & & &\\ 350.8660& 0.7& 9.1& 2m& SO$_2$ & 10(6,4)--11(5,7) &350.8629&\\ 350.9045& 0.6& 10.3& 1i& CH$_3$OH & 1(1)--0(0) $A+$ &350.9051&\\ 350.9045& 2.7& 6.9& 2m& CH$_3$OH & 1(1)--0(0) $A+$ &350.9051&\\ 351.0136& 0.4& 11.0& 1i& HCOOCH$_3$ & 28(7,22)--27(7,21) &351.0158&\\ 351.0160& 0.6& 9.8& 2m& HCOOCH$_3$ & 28(7,22)--27(7,21) &351.0158&\\ 351.0472& 0.4& 11.2& 1i& NO & 3.5,4.5--2.5,3.5 &351.0435&\\ 351.0541& 0.6& 10.2& 2m& NO & 3.5,3.5--2.5,2.5 &351.0517&\\ 351.2357& 1.0& 10.1& 1i& CH$_3$OH & 10(4)--9(5) $E$ &351.2367&\\ 351.2371& 1.2& 8.7& 2m& CH$_3$OH & 10(4)--9(5) $E$ &351.2367&\\ 351.2589& 1.1& 9.8& 2m& SO$_2$ & 5(3,3)--4(2,2) &351.2572&\\ 351.4201& 0.4& 7.3& 2m& U & & &\\ 351.4561& 0.7& 6.9& 2m& H$_2$CNH & 10(1,9)--10(0,10) &351.4536&\\ 351.4649& 0.7& 8.6& 2m& O$^{13}$CS & 29--28 &351.4650&\\ 351.4663& 0.7& 6.0& 1i& O$^{13}$CS & 29--28 &351.4650&\\ 351.5394& 0.7& 7.8& 1i& U & & &\\ 351.5539& 0.5& 8.5& 1i& U & & &\\ 351.6362& 0.7& 7.6& 2m& HNCO & 16(0,16)--15(0,15) &351.6335&\\ 351.7705& 4.2& 6.5& 1i& H$_2$CO & 5(1,5)--4(1,4) &351.7686&\\ 351.7709& 6.1& 7.3& 2m& H$_2$CO & 5(1,5)--4(1,4) &351.7686&\\ 351.8227& 0.3& 9.4& 1i& U & & &\\ \noalign {\smallskip} \hline \end{tabular} \end{center} \end{table*} \setcounter{table}{0} \begin{table*}[tp] \caption[]{continued} \vspace{2mm} \begin{center} \begin{tabular}{lccclllc} \hline \noalign{\smallskip} ~~$\nu$(obs)& $T_A^*$& Width& code& Species& Transition & ~~$\nu$(rest) & Notes \\ ~~(GHz) & (K)& (MHz)& & & & ~~(GHz) &\\ \noalign{\smallskip} \hline \noalign{\smallskip} 351.8728& 1.1& 10.0& 1i& SO$_2$ & 14(4,10)--14(3,11) &351.8739&\\ 351.8754& 0.7& 6.5& 2m& SO$_2$ & 14(4,10)--14(3,11) &351.8739&\\ 351.9191& 0.3& 9.6& 1i& C$_2$H$_5$OH & 25(3,22)--24(4,21) &351.9180&\\ 352.2778& 0.4& 5.5& 2m& U & & &\\ 352.4052& 0.7& 11.3& 2m& U & & &\\ 352.5945& 1.8& 10.2& 2m& OCS & 29--28 &352.5996&\\ 353.7292& 0.7& 18.7& 1i& HCOOCH$_3$ & 32(1,31)--31(1,30) &353.7289&\\ 354.1224& 0.6& 6.5& 2m& U & & &\\ 354.4615& 0.8& 12.5& 1i& HCN & 4--3 (0,1$^{1c}$,0) &354.4610&\\ 354.4968& 2.0& 10.6& 1i& U & & &\\ 354.5052& 9.1& 5.5& 2m& HCN & 4--3 &354.5055&\\ 354.5090& 7.1& 5.4& 1i& HCN & 4--3 &354.5055&\\ 354.5465& 0.3& 5.7& 1i& U & & &\\ 354.5768& 0.4& 2.1& 1i& U & & &\\ 354.6073& 0.8& 9.1& 2m& HCOOCH$_3$ & 33(0,33)--32(0,32) &354.6082&b\\ 354.6074& 0.7& 8.4& 1i& HCOOCH$_3$ & 33(0,33)--32(0,32) &354.6082&b\\ 354.6974& 0.9& 9.1& 2m& HC$_3$N & 39--38 &354.6987&\\ 354.8450& 0.6& 8.0& 2m& U & & &\\ 355.0468& 0.7& 6.4& 1i& SO$_2$ & 12(4,8)--12(3,9) &355.0455&\\ 355.1558& 0.3& 7.6& 1i& SO$_2$ & 32(2,30)--33(1,33) &355.1536&\\ 355.1854& 0.4& 5.0& 1i& SO$_2$ & 17(4,14)--18(1,17) &355.1864&\\ 355.2782& 0.5& 3.6& 1i& U & & &\\ 355.6025& 1.5& 10.9& 2i& CH$_3$OH & 13(0)--12(1) $A+$ &355.6030&\\ 355.9659& 0.4& 9.4& 2m& CH$_3$OH & 16(3)--16(2) $E$ vt1 &355.9644&\\ 355.9906& 0.4& 6.9& 2i& U & & &\\ 356.0062& 2.1& 9.1& 2i& CH$_3$OH & 15(1)--15(0) $A+$ &356.0066&\\ 356.0074& 1.8& 9.9& 1i& CH$_3$OH & 15(1)--15(0) $A+$ &356.0066&\\ 356.0074& 1.8& 9.9& 1i& CH$_3$OH & 15(1)--15(0) $A+$ &356.0066&\\ 356.2553& 0.6& 8.7& 2m& HCN & 4--3 (0,1$^{1d}$,0) &356.2560&\\ 356.2555& 0.6& 15.6& 1i& HCN & 4--3 (0,1$^{1d}$,0) &356.2560&\\ 356.2936& 0.4& 6.9& 1i& U & & &HCOOCH$_3$?\\ 356.4008& 0.5& 6.0& 1i& U & & &HCOOCH$_3$?\\ 356.5777& 0.7& 7.7& 2i& U & & &\\ 356.5835& 0.7& 7.3& 2i& U & & &\\ 356.7306&(10)& (15)& 2i& HCO$^+$ & 4--3 &356.7342&self-absorbed\\ 357.0665& 0.5& 9.1& 2i& CH$_3$OD & 8(1)--7(1) $A+$ &357.0662&b\\ & & & & C$_2$H$_5$OH & 10(4,7)--9(3,6) &357.0670&*\\ 357.1667& 0.6& 7.3& 2i& SO$_2$ & 13(4,10)--13(3,11) &357.1654&\\ 357.2156& 0.5& 12.2& 2i& U & & &\\ 357.2397& 1.0& 13.0& 2i& SO$_2$ & 15(4,12)--15(3,13) &357.2412&\\ 357.3900& 1.0& 10.6& 2i& SO$_2$ & 11(4,8)--11(3,9) &357.3876&\\ 357.3944& 0.6& 9.0& 2i& SO$_2$ & 11(4,8)--11(3,9) &357.3876&\\ 357.4612& 0.8& 9.0& 2i& U & & &\\ 357.5516& 0.5& 6.6& 2i& HCOOCH$_3$ & 29(14,16)--28(14,15) &357.5492&b\\ 357.5814& 0.6& 10.5& 2i& SO$_2$ & 8(4,4)--8(3,5) &357.5815&\\ 357.6591& 0.7& 9.5& 2i& $^{13}$CH$_3$OH & 7(2)--6(1) $E$ &357.6580&\\ \noalign {\smallskip} \hline \end{tabular} \end{center} \end{table*} \setcounter{table}{0} \begin{table*}[tp] \caption[]{continued} \vspace{2mm} \begin{center} \begin{tabular}{lccclllc} \hline \noalign{\smallskip} ~~$\nu$(obs)& $T_A^*$& Width& code& Species& Transition & ~~$\nu$(rest) & Notes \\ ~~(GHz) & (K)& (MHz)& & & & ~~(GHz) &\\ \noalign{\smallskip} \hline \noalign{\smallskip} 357.6722& 0.9& 9.5& 2i& SO$_2$ & 9(4,6)--9(3,7) &357.6719&\\ 357.6730& 0.6& 8.1& 1i& SO$_2$ & 9(4,6)--9(3,7) &357.6719&\\ 357.6816& 0.6& 9.4& 2i& C$_2$H$_5$OH & 7(5,3)--6(4,2) &357.6810&b\\ & & & & C$_2$H$_5$OH & 7(5,2)--6(4,3) &357.6820&\\ 357.8939& 0.8& 6.6& 1i& SO$_2$ & 7(4,4)--7(3,5) &357.8925&\\ 357.8944& 0.8& 8.4& 2i& SO$_2$ & 7(4,4)--7(3,5) &357.8925&\\ 357.9259& 0.9& 8.0& 1i& SO$_2$ & 6(4,2)--6(3,3) &357.9259&\\ 357.9289& 0.9& 9.1& 2i& SO$_2$ & 6(4,2)--6(3,3) &357.9259&\\ 357.9636& 0.7& 8.1& 1i& SO$_2$ & 17(4,14)--17(3,15) &357.9629&\\ 357.9641& 0.7& 9.8& 2i& SO$_2$ & 17(4,14)--17(3,15) &357.9629&\\ 357.9941& 0.7& 9.4& 1i& CH$_3$OH & 15(3)--15(2) $E$ vt1 &357.9941&*\\ & & & & HCOOCH$_3$ & 29(13,17)--28(13,16) &357.9951&\\ 357.9957& 1.2& 8.2& 2i& CH$_3$OH & 15(3)--15(2) $E$ vt1 &357.9941&*\\ & & & & HCOOCH$_3$ & 29(13,17)--28(13,16) &357.9951&\\ 358.0150& 1.1& 10.2& 2i& SO$_2$ & 5(4,2)--5(3,3) &358.0132&\\ 358.0382& 0.7& 9.8& 2i& SO$_2$ & 4(4,0)--4(3,1) &358.0380&\\ 358.0399& 0.4& 8.0& 1i& SO$_2$ & 4(4,0)--4(3,1) &358.0380&\\ 358.2157& 0.6& 9.5& 2i& SO$_2$ & 20(0,20)--19(1,19) &358.2157&\\ 358.4532& 1.5& 11.4& 2i& U & & &\\ 358.5756& 1.1& 10.2& 2i& HCOOCH$_3$ & 29(12,18)--28(12,17) &358.5762&b\\ 358.6064& 3.2& 9.4& 2i& CH$_3$OH & 4(1)--3(0) $E$ &358.6058&\\ 358.7285& 0.6& 7.3& 2i& U & & &\\ 358.8163& 0.6& 8.0& 2i& U & & &\\ 358.9903& 0.5& 6.2& 2i& U & & &\\ 359.0048& 0.8& 7.6& 2i& U & & &\\ 359.1522& 0.7& 10.9& 2i& SO$_2$ & 25(3,23)--25(2,24) &359.1512&\\ 359.3868& 0.8& 7.3& 2i& (CH$_3$)$_2$O & 11(2,9)--12(3,10) &359.3846&\\ 359.5447& 0.6& 12.8& 2i& U & & &\\ 359.5582& 0.7& 8.7& 2i& HCOOCH$_3$ & 29(6,24)--28(6,23) &359.5581&\\ 359.7705& 0.6& 8.4& 2i& SO$_2$ & 19(4,16)--19(3,17) &359.7707&\\ \noalign {\smallskip} \hline \end{tabular} \end{center} \end{table*} \end{document}