Table 1: Basic data and measured magnetic fields for the stars from the GRISM 600 in the upper part of the table and the GRISM 1200 in the lower part. Stars with a longitudinal magnetic field at a 3$\sigma $ level are indicated in bold face.
HD Other id. V Sp. type Dist log $L_{\rm x}$ log $L_{\rm x}$/ $L_{\rm bol}$ v sin(i) $\langle$Bz$\rangle$ all $\langle$Bz$\rangle$ hydr. $\langle$$B_{\rm e}$$\rangle$ lit. 1 Rem.
GRISM 600       [pc] [erg/s]   [km s-1] [G] [G] [G]  
147084 o Sco 4.6 A4II/III 361 $\pm$ 99 29.89 -0.91 23 -79 $\pm$ 35 -133 $\pm$ 46 170 $\pm$ 98  
159217 $\sigma $ Ara 4.6 A0V 118 $\pm$ 10 29.66 -2.30 - 67 $\pm$ 52 62 $\pm$ 54    
159312 HR 6539 6.5 A0V 104 $\pm$ 10 29.96 -2.94 - 128 $\pm$ 73 241 $\pm$ 80    
163336 HR 6681 5.9 A0V 76 $\pm$ 6 29.49 -3.63 60 2 $\pm$ 43 20 $\pm$ 60    
172555 HR 7012 4.8 A5IV-V 29 $\pm$ 1 28.85 -4.89 - 27 $\pm$ 34 31 $\pm$ 56   disk
174240 HR 7085 6.2 A1V 176 $\pm$ 25 29.30 -3.23 102 113 $\pm$ 54 98 $\pm$ 64    
182761 HR 7384 6.3 A0V 123 $\pm$ 11 30.08 -2.69 186 22 $\pm$ 50 -35 $\pm$ 58    
186219 HR 7498 5.4 A4III 42 $\pm$ 1 29.34 -4.42 - 56 $\pm$ 29 58 $\pm$ 62    
201601 $\gamma$ Equ 4.7 A9p 35 $\pm$ 1 <28.47 - 10 -1121 $\pm$ 34 -1085 $\pm$ 42 (Sect. 3.3) std
215789 $\epsilon$ Gru 3.5 A3V 40 $\pm$ 1 28.00 -4.75 - 29 $\pm$ 71 37 $\pm$ 85   disk
217186 HR 8738 6.3 A1V 96 $\pm$ 8 28.95 -4.04 60 97 $\pm$ 53 93 $\pm$ 66    
224361 HR 9060 6.0 A1IV 63 $\pm$ 2 29.49 -3.89 - -63 $\pm$ 60 12 $\pm$ 83    
224392 $\eta$ Tuc 5.0 A1V 49 $\pm$ 1 29.00 -4.17 187 134 $\pm$ 51 89 $\pm$ 60   disk
GRISM 1200B                      
147084 o Sco 4.6 A4II/III 361 $\pm$ 99 29.89 -0.91 23 -48 $\pm$ 15 -87 $\pm$ 36 170 $\pm$ 98  
148898 $\omega$ Oph 4.4 A7p 54 $\pm$ 2 29.34 -3.76 60 122 $\pm$ 29 186 $\pm$ 60 249 $\pm$ 169  
201601 $\gamma$ Equ 4.7 A9p 35 $\pm$ 1 <28.47 - 10 -1200 $\pm$ 12 -1136 $\pm$ 27 (Sect. 3.3) std

1 Catalogue of stellar effective magnetic fields (Bychkov et al. 2003).


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