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VERSION:2.0
PRODID:icalendar-ruby
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METHOD:PUBLISH
BEGIN:VEVENT
DTSTAMP:20261007T041717Z
UID:https://www.ipp.mpg.de/events/46576/10021
DTSTART:20260902T133000Z
DTEND:20260902T143000Z
CLASS:PUBLIC
CREATED:20260831T083805Z
DESCRIPTION: The divertor is the key component for power exhaust in modern 
 magnetic confinement fusion devices. Historically\, the engineering effort
 s were focused on high-heat-flux (HHF) technologies to cope with the sever
 e thermal loads and surface erosion caused by intensive particle bombardme
 nt. Even today\, HHF technology remains one of the most critical challenge
 s. Consequently\, the technology for HHF target has been often regarded as
  the synonym of divertor technology per se. When it comes to the divertor 
 of a power plant scale reactor\, the design and technology options are sub
 ject to various restrictive high level requirements and technical constrai
 nts derived from essentially different loading and boundary conditions\, w
 hich pose a profound impact on design and technology options for the entir
 e divertor system. In the framework of EUROfusion\, the ‘Divertor’ pro
 ject (WPDIV) has been addressing these issues for over a decade with its c
 omprehensive design and R&amp\;D activities taking the European demonstrat
 ion reactor (EU-DEMO) as reference. In this contribution\, starting with t
 he unique challenges and outstanding design issues raised specifically for
  the divertor of a tokamak-type fusion power plant\, I’ll present potent
 ial power exhaust scenarios\, the current status of design study based on 
 the European approach\, the latest R&amp\;D progress for the entire divert
 or system\, and estimated pumping performance. Finally\, the implications 
 for future R&amp\;D endeavors are discussed.\nVortragender: Jeong-Ha You 
LAST-MODIFIED:20260831T083810Z
LOCATION: Seminarraum D3 / Zoom
ORGANIZER;CN=IPP:mailto:
SUMMARY:Wall Forum: Engineering challenges of power/particle exhaust for fu
 sion power reactors
URL;VALUE=URI:https://www.ipp.mpg.de/events/46576/10021
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