| At line 0 added 8 lines. |
| + Close cycle refrigerators are really easy to use, as one does not need |
| + to deal with cryogens. However, all our present system have one drawback: |
| + The sample is mounted in vacuum, which leads to some uncertainity in the |
| + temperature, especially at temperatures below 20 K. For that reason, it |
| + is necessary to put even single crystals into a sealed sample container |
| + containing He gas. Some ideas what gradients can be expected can be |
| + taken from a [CTI Test Report]. |
| + |
| Lines 2-4 were replaced by lines 10-12 |
| - |[CCR1]|Sumitomo CCR (TASP)|4...325 K |
| - |[CCR2]|Sumitomo CCR (FOCUS)|4...475 K |
| - |[CTI1]|Standard CTI|15...325 K |
| + |[CCR2]|Sumitomo CCR (FOCUS)|4.5 ... 600 K |
| + |[CCR2HT]|Sumitomo CCR (FOCUS) with Hi-T stage|30 ... 600 K |
| + |[CCR3]|ARS, for use on euler cradle|4.5 ... 325 K |
| Line 7 was replaced by line 15 |
| - |[CTI4]|CTI with extended T-range|30...475 K |
| + |[CTI4]|CTI with extended T-range|30...470 K |
| Line 9 was replaced by line 17 |
| - |[CTI6]|CTI with extended T-range (FOCUS)|20...325 K |
| + |[CTI6]|CTI with extended T-range (FOCUS)|30...470 K |
| Lines 12-13 were replaced by line 20 |
| - |[DISL]|Displex|9...325 K |
| - |[APD]|for use on euler cradle|10..450 K |
| + |[APD]|for use on euler cradle|10...450 K |
LIN