Sheath limited - Revision history

Eldond: /* Personal Information */ Removed obsolete web page link due to webs server cleanup

2023-10-10T20:20:59Z

Personal Information: Removed obsolete web page link due to webs server cleanup

← Older revision		Revision as of 22:20, 10 October 2023
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	The "limited" in "sheath limited" does not set any limit on power reaching the divertor; it is the state of the SOL that is limited or determined.<ref name=stangeby_book_p52></ref>		The "limited" in "sheath limited" does not set any limit on power reaching the divertor; it is the state of the SOL that is limited or determined.<ref name=stangeby_book_p52></ref>

	Compare with [[conduction limited]], [[high recycling]], [[strongly radiating]], and [[Detachment\|detached divertor]] ~~regmines~~.		Compare with [[conduction limited]], [[high recycling]], [[strongly radiating]], and [[Detachment\|detached divertor]] regimes.

Eldond: Created page with "== Topics == * Plasma facing materials, coatings & conditioning techniques * Erosion and Deposition * Plasma fuelling, recycling and tritium inventory * Plasma surface interactions in future fusion devices * Plasma edge diagnostics * Plasma boundary physics * Plasma properties near surfaces * Plasma impurities, their transport & control * Control of the plasma boundary, e.g. by divertors, pumping and biasing == List of conferences == {| class="wikitable" align="cent..."

2023-10-10T20:18:48Z

Created page with "== Topics == * Plasma facing materials, coatings & conditioning techniques * Erosion and Deposition * Plasma fuelling, recycling and tritium inventory * Plasma surface interactions in future fusion devices * Plasma edge diagnostics * Plasma boundary physics * Plasma properties near surfaces * Plasma impurities, their transport & control * Control of the plasma boundary, e.g. by divertors, pumping and biasing == List of conferences == {| class="wikitable" align="cent..."

← Older revision		Revision as of 22:18, 10 October 2023
Line 1:		Line 1:
	The sheath-limited regime is a state in which the [[Scrape-Off Layer]] is approximately isothermal along each flux tube (poloidal <math>T_e</math> variation is insignficant), such that the [[plasma sheath]] is the only important part of the edge plasma with respect to the transport of particles and power between the confined plasma and the solid surface of the [[divertor]] target plate.<ref name=stangeby_book_p52>[[doi:10.1201/9780367801489\|P. Stangeby, "The Plasma Boundary of Magnetic Fusion Devices" (2000) p.52]]</ref> This is a strongly [[Detachment\|attached]] plasma state.		The sheath-limited regime is a state in which the [[Scrape-Off Layer]] is approximately isothermal along each flux tube (poloidal <math>T_e</math> variation is insignficant), such that the [[plasma sheath]] is the only important part of the edge plasma with respect to the transport of particles and power between the confined plasma and the solid surface of the [[divertor]] target plate.<ref name=stangeby_book_p52>[[doi:10.1201/9780367801489\|P. Stangeby, "The Plasma Boundary of Magnetic Fusion Devices" (2000) p.52]]</ref> This is a strongly [[Detachment\|attached]] plasma state.

	The "limited" in "sheath limited" does not set any limit on power reaching the divertor; it is the state of the SOL that is limited or determined.<ref stangeby_book_p52></ref>		The "limited" in "sheath limited" does not set any limit on power reaching the divertor; it is the state of the SOL that is limited or determined.<ref name=stangeby_book_p52></ref>

	Compare with [[conduction limited]], [[high recycling]], [[strongly radiating]], and [[Detachment\|detached divertor]] regmines.		Compare with [[conduction limited]], [[high recycling]], [[strongly radiating]], and [[Detachment\|detached divertor]] regmines.

Eldond: /* Experimental proposals, Spring 2024 */

2023-10-10T20:18:05Z

Experimental proposals, Spring 2024

New page

The sheath-limited regime is a state in which the [[Scrape-Off Layer]] is approximately isothermal along each flux tube (poloidal <math>T_e</math> variation is insignficant), such that the [[plasma sheath]] is the only important part of the edge plasma with respect to the transport of particles and power between the confined plasma and the solid surface of the [[divertor]] target plate.<ref name=stangeby_book_p52>[[doi:10.1201/9780367801489|P. Stangeby, "The Plasma Boundary of Magnetic Fusion Devices" (2000) p.52]]</ref> This is a strongly [[Detachment|attached]] plasma state.

The "limited" in "sheath limited" does not set any limit on power reaching the divertor; it is the state of the SOL that is limited or determined.<ref stangeby_book_p52></ref>

Compare with [[conduction limited]], [[high recycling]], [[strongly radiating]], and [[Detachment|detached divertor]] regmines.