TJ-II: Physics of transport decoupling, an approach to measure the phase relation between density and temperature fluctuations: Difference between revisions
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(Created page with "== Experimental campaign == 2019 Autumn == Proposal title == '''Physics of transport decoupling, an approach to measure the phase relation between density and temperature flu...") |
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== Name and affiliation of proponent == | == Name and affiliation of proponent == | ||
Igor Nedzelskiy (IST), Mark Koepke (UWV) | Igor Nedzelskiy (IST), Mark Koepke (UWV, Ulises Losada (Ciemat), Carlos Hidalgo (Ciemat) | ||
== Details of contact person at LNF == | == Details of contact person at LNF == | ||
Revision as of 13:56, 9 October 2019
Experimental campaign
2019 Autumn
Proposal title
Physics of transport decoupling, an approach to measure the phase relation between density and temperature fluctuations
Name and affiliation of proponent
Igor Nedzelskiy (IST), Mark Koepke (UWV, Ulises Losada (Ciemat), Carlos Hidalgo (Ciemat)
Details of contact person at LNF
If applicable, enter contact person here or write N/A
Description of the activity
Enter description here [1], including motivation/objectives and experience of the proponent (typically one-two pages)
International or National funding project or entity
If applicable, enter funding here or write N/A
Description of required resources
Required resources:
- Number of plasma discharges or days of operation:
- Essential diagnostic systems:
- Type of plasmas (heating configuration):
- Specific requirements on wall conditioning if any:
- External users: need a local computer account for data access: yes/no
- Any external equipment to be integrated? Provide description and integration needs:
Preferred dates and degree of flexibility
Preferred dates: (format dd-mm-yyyy)
References
- ↑ A. Einstein, Journal of Exceptional Results (2017)