| Lines 80-84 were replaced by lines 80-81 |
| - Distance: sample --> analyzer is set to max value\\ |
| - This will give Be-filter ~22 cm from magnet surface (see photo)\\ |
| - \\ |
| - Distance: sample table --> monochromator ~ 57 cm (see photo) |
| - |
| + Beryllium Filter Distance 27 cm (see photo, on photo 22 cm has to be replaced by 27 cm)\\ |
| + Sample table - Monochromator - 57 cm\\ |
| Lines 86-88 were replaced by line 83 |
| - |-92 < A2 < -41 (Ei=14.7 meV)|<= 90? | __5.5 Tesla__ |
| - |-92 < A2 < -56 (Ei=8 meV) |<= 112 | __5.5 Tesla__ |
| - |-92 < A2 < -80 (Ei=3.5 meV) |<= 119 | __5.5 Tesla__ |
| + |-92 < A2 < -41 (Ei=14.7 meV)|<= 119 | __6.8 Tesla__ |
| Lines 90-92 were replaced by lines 85-86 |
| - Force test 7. July 2015: 4.8 Tesla, horizontal force 150 N, vertical force 180 N. |
| - Beryllium Filter Distance 27 cm.\\ |
| - Sample table - Monochromator - 57 cm\\ |
| + This data is derived from the force test 7. July 2015:\\ |
| + 4.8 Tesla, horizontal force 150 N (towards Beryllium filter), vertical force 180 N. |
LIN