Differences

This shows you the differences between two versions of the page.

--- panda:se:index [2016/07/08 15:37] – formating and adding text pcermak
+++ panda:se:index [2017/04/11 10:45] – [5T magnet JVM1-5.0T] pcermak
@@ Line 24: / Line 24: @@
 He3 insert can reach temperatures from 300K down to 0.35K. Cooling time to base temperature is 3-4hours. Currently running He3 insert is very automatized and is used on PANDA very often.
-  * {{:panda:se:frm2-inserts-drawing_febr_2015.pdf|[drawing] dimensions of available He3 and dilution inserts}}
+  * {{:panda:se:frm2-inserts-drawing_febr_2015.pdf|[drawing] dimensions of available He3 and dilution inserts}} - On PANDA is normally used **3He-2 Ex-Halle** insert
 === Dilution Insert (for CCR) ===
@@ Line 30: / Line 30: @@
 He3 insert can reach temperatures from 1K down to 80mK. Without running the dilution, it is possible to reach temperatures above 3K. But reaching stable temperatures between 1-3K is not possible. Cooling time to base temperature is roughly 6 hours. Running dilution insert requires serious effort of the sample environment team.
-  * {{:panda:se:frm2-inserts-drawing_febr_2015.pdf|[drawing] dimensions of available He3 and dilution inserts}}
+  * {{:panda:se:frm2-inserts-drawing_febr_2015.pdf|[drawing] dimensions of available He3 and dilution inserts}} - On PANDA is normally used **Mischer 2** insert
 ==== He-cooled Variox (possible in combination with Kelvinox-diution insert) ====
@@ Line 47: / Line 47: @@
 ==== 5T magnet JVM1-5.0T ====
-liquid-He cooled, base temp. 1.5K, possible in combination with Kelvinox-dilution insert
+liquid-He cooled, base temp. 1.5K
+  * {{:panda:se:jvm-1-jcns.pdf|[drawing] JVM-5T magnet}}
   * [[http://www.mlz-garching.de/instrumente-und-labore/probenumgebung/magnetische-felder.html|description of the magnets at MLZ webpage]]

MLZ - Wiki

User Tools

Site Tools

Differences

Page Tools