Preliminary Studies of Plasma-Channel-Based Reactor Beam Transport Section P. LaMarche T. Brown P. Heitzenroeder Aries Project Meeting, UCSD, June.

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Presentation transcript:

Preliminary Studies of Plasma-Channel-Based Reactor Beam Transport Section P. LaMarche T. Brown P. Heitzenroeder Aries Project Meeting, UCSD, June 7& 8, 2001

Plasma-channel-based reactor beam transport section Final focus magnet 7 stage differential pumping chamber shield region Plasma-channel-based reactor beam transport section End View

Pumping Calculations

7 Stage differential pumping chamber 1 2 3 4 5 7 6 7 Stage differential pumping chamber Molecular Region Transition Region Viscous Region Pumping Regions

7 Stage differential pumping chamber Roughing ports for cryo region Routs blower ports for viscous regions 7 Stage differential pumping chamber

Cryo region segmentation

Transition and molecular regions Regeneration concept showing three sections with open louvers for pumping and one section closed for regeneration

Pumping concept shown provides 24 two stage roots pumps. 21 pumps (including spares) are required with latest pressure distribution. Detailed conductance calculations have not been made. Roughing pumps for Cryo region are not included. 12700 cfm 2 stage roots vacuum system

The shield region contains one beam pipe and two shield segments that interfaces with the adiabatic focusing lens on one end and the 7 stage differential pumping chamber at the other.

Plasma-channel-based Reactor

Future Plans Unfortunately no budget remains this fiscal year and additional work must await next FY’s budget. Tentative plans for next FY includes: Refined vacuum calculations using “Degas-II”. Continued development of the engineering design details of the focusing magnet region. This includes: Continuing to work with beam physics to develop the beam magnet requirements; Developing focusing magnet engineering and design details in collaboration with MIT. Both high and low temperature superconductors will be considered. Updating the vacuum system details to be consistent with industry available components; Updating interfaces with the target chamber; Developing design concepts for a shutter; Analyzing maintainability.