Table 3: Other methanol transitions measured in the course of the present investigation.

vt		 Transition, Jk=b Frequency (MHz)c      vt Transition, Jk=b Frequency (MHz)c  

0		 $4_{3}\to5_{2}A^-$ 10 058.268(2)     1 $2_{-1}\to1_{-1}E$ 96 501.705(10)  
0   $32_{2}\to32_{1}E$ 11 841.902(1) ND   1 $2_{0}\to1_{0}A^+$ 96 513.675(10)  
0   $31_{2}\to31_{1}E$ 14 407.777(1) ND   1 $2_{1}\to1_{1}A^-$ 96 588.582(5)  
0   $32_{8}\to31_{9}E$ 14 446.665(1) ND   0   $21_{6}\to22_{5}A^-$ 97 677.738(5)  
0   $30_{2}\to30_{1}E$ 16 941.190(1) ND   0   $21_{6}\to22_{5}A^+$ 97 678.857(7)  
0 $6_{1}\to6_{1}A^{\mp}$ 17 513.342(2)x ND   0   $15_{1}\to15_{1}A^{\mp}$ 99 602.078(10) ND
0   $29_{2}\to29_{1}E$ 19 390.121(6) ND   0 $9_{-2}\to9_{1}E$ 101 737.173(20)  
1   $10_{1}\to11_{2}A^+$ 20 970.651(1)     0   $10_{-2}\to10_{1}E$ 102 122.667(10)  
1   $12_{2}\to11_{1}A^-$ 21 550.300(6)     0   $11_{-2}\to11_{1}E$ 102 658.046(7)  
0   $28_{2}\to28_{1}E$ 21 708.662(5) ND   0   $22_{-2}\to22_{2}E$ 102 704.298(20) ND
0   $27_{2}\to27_{1}E$ 23 854.261(6) ND   1   $15_{-2}\to16_{-3}E$ 102 957.691(7)  
0   $26_{2}\to26_{1}E$ 25 787.125(10) ND   0   $12_{-2}\to12_{1}E$ 103 381.146(5)  
1   $10_{1}\to11_{2}A^-$ 26 120.584(10) ND   0   $13_{-3}\to12_{-4}E$ 104 060.657(10)  
0 $8_{2}\to9_{1}A^+$ 66 947.895(20) ND   0   $13_{-2}\to13_{1}E$ 104 336.562(7)  
0   $11_{1}\to10_{2}A^-$ 76 247.283(5)     0   $10_{4}\to11_{3}A^-$ 104 354.819(5)  
0 $5_{0}\to4_{1}E$ 76 509.668(7)     0   $10_{4}\to11_{3}A^+$ 104 410.446(5)  
0   $15_{-2}\to15_{2}E$ 78 254.011(20) ND   0   $13_{1}\to12_{2}A^+$ 105 063.691(5)  
0 $7_{2}\to8_{1}A^-$ 80 993.241(7)     0   $14_{-2}\to14_{1}E$ 105 576.290(10)  
0   $17_{-2}\to17_{2}E$ 81 318.424(20) ND   0   $15_{-2}\to15_{1}E$ 107 159.820(10)  
0   $18_{-2}\to18_{2}E$ 83 792.561(10) ND   0   $26_{0}\to26_{-1}E$ 109 136.883(7)  
0   $13_{-3}\to14_{-2}E$ 84 423.776(5)     0   $16_{-2}\to16_{1}E$ 109 153.107(10)  
1   $13_{10}\to13_{11}E$ 84 930.946(10) ND   0   $23_{-2}\to23_{2}E$ 110 060.492(20) ND
1   $14_{10}\to14_{11}E$ 85 346.076(7) ND   0   $18_{0}\to17_{3}E$ 111 254.256(20) U
0 $6_{-2}\to7_{-1}E$ 85 568.084(10)     0 $7_{2}\to8_{1}A^+$ 111 289.550(10)  
1   $15_{10}\to15_{11}E$ 85 773.092(7) ND   0   $17_{-2}\to17_{1}E$ 111 626.449(15)T  
0   $19_{-2}\to19_{2}E$ 87 066.748(10) ND   0   $14_{-3}\to15_{2}E$ 112 490.953(15) ND
0   $14_{1}\to14_{1}A^{\mp}$ 87 241.339(10) ND   0   $16_{1}\to16_{1}A^{\mp}$ 112 745.243(10) ND
0 $8_{-4}\to9_{-3}E$ 89 505.808(5)     0   $25_{0}\to25_{-1}E$ 113 408.094(7) ND
0   $20_{-2}\to20_{2}E$ 91 254.686(10) ND   0   $18_{-2}\to18_{1}E$ 114 650.861(5)  
1 $1_{0}\to2_{1}E$ 93 196.673(10)     0   $19_{-3}\to20_{0}E$ 115 800.166(20) ND
1   $10_{-7}\to11_{-6}E$ 94 022.734(10) ND   0   $24_{0}\to24_{-1}E$ 117 636.228(10) NO
0 $8_{3}\to9_{2}E$ 94 541.765(5) ND   1   $10_{2}\to9_{3}E$ 118 156.280(10) NO
0   $19_{7}\to20_{6}A$ 94 814.987(10) ND   1 $8_{1}\to9_{2}A^+$ 118 207.927(5) NO
1 $2_{1}\to1_{1}A^+$ 96 396.040(7)     0   $19_{-2}\to19_{1}E$ 118 293.492(5) NO
0   $21_{-2}\to21_{2}E$ 96 446.619(15)     1   $17_{6}\to18_{5}A$ 118 481.011(5) NO
1 $2_{1}\to1_{1}E$ 96 492.152(7)     0   $24_{-2}\to24_{2}E$ 118 522.453(15) NO
1 $2_{0}\to1_{0}E$ 96 493.540(10)            
For nomenclature see notes to Table 1. Tsunekawa et al. (1995) 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 (2004) 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 (2004).

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