| Lines 2-7 were replaced by lines 2-11 |
| - partly by PSI, the Carlsberg Foundation and the Danish |
| - National Science Foundation, MaNEP and SNF. 14.9 Tesla is the maximum |
| - field achievable with nowadays technology for a split pair coil (which |
| - is needed for wide angle access). This limit could in principle be |
| - increased to 17.5 by means of a dysprosium insert for small samples. |
| - This option is not (yet) available at SINQ. |
| + partly by |
| + * [PSI|http://www.psi.ch] |
| + * the [Carlsberg Foundation|http://www.carlsbergfondet.dk/] |
| + and the Danish National Science Foundation |
| + * [MaNEP|http://www.manep.ch] |
| + * [SNF|http://www.snf.ch] |
| + 14.9 Tesla is the maximum field achievable with nowadays technology |
| + for a split pair coil (which is needed for wide angle access). This |
| + limit could in principle be increased to 17.5 by means of a dysprosium |
| + insert for small samples. This option is not (yet) available at SINQ. |
LIN