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panda:se:index [2016/07/08 15:37] – formating and adding text pcermak | panda:se [2021/05/19 16:57] (current) – [5.5T magnet MAG-V-7.5T] Astrid Schneidewind | ||
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Sample environmemt on PANDA is available and supported mainly from MLZ SE pool. Please find the values of sample space and height you need in the drawings provided by pdf-files. | Sample environmemt on PANDA is available and supported mainly from MLZ SE pool. Please find the values of sample space and height you need in the drawings provided by pdf-files. | ||
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+ | ===== Helium vapor pressure ===== | ||
+ | |||
+ | For NV management, use phase diagram, e.g.: | ||
+ | |||
+ | http:// | ||
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===== Cryostats ===== | ===== Cryostats ===== | ||
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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. | 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. | ||
- | * {{: | + | * {{: |
=== Dilution Insert (for CCR) === | === Dilution Insert (for CCR) === | ||
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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. | 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. | ||
- | * {{: | + | * {{: |
==== He-cooled Variox (possible in combination with Kelvinox-diution insert) ==== | ==== He-cooled Variox (possible in combination with Kelvinox-diution insert) ==== | ||
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===== Magnets ===== | ===== Magnets ===== | ||
- | Description will be added. | + | Several magnets are available, operated by MLZ sample environment groups. Please find the details below. |
- | ==== 7.5T magnet MAG-V-7.5T ==== | + | ==== 5.5T magnet MAG-V-7.5T ==== |
+ | disturbs NEPOMUC operation, can be used only in exceptional cases | ||
room temp. bore for liquid-free CCr Cryostat, possible in combination with 3He/diution inserts | room temp. bore for liquid-free CCr Cryostat, possible in combination with 3He/diution inserts | ||
+ | * Maximum field is only 5.5T, non-shielded | ||
* [[http:// | * [[http:// | ||
==== 5T magnet JVM1-5.0T ==== | ==== 5T magnet JVM1-5.0T ==== | ||
- | liquid-He cooled, base temp. 1.5K, possible in combination with Kelvinox-dilution insert | + | cannot be provided now. |
+ | liquid-He cooled, base temp. 1.5K | ||
+ | * {{: | ||
* [[http:// | * [[http:// | ||
- | ==== 15T magnet ==== | + | ==== 12T magnet |
- | liquid-He cooled, base temp. 1.5K, possible in combination with Kelvinox-diution insert | + | liquid-He cooled, recondensing, base temp. 1.5K, possible in combination with Kelvinox-diution insert |
- | * {{: | + | |
- | * {{:panda:se: | + | * {{ :panda:12t_zeichnung_.pdf |}} |
- | * {{: | + | |
+ | ==== 8T magnet asymmetric ==== | ||
| | ||
+ | liquid-He cooled, recondensing, | ||
+ | |||
+ | {{ : |