The Heavy Ion Fusion Virtual National Laboratory ARIES-IFE Meeting Atlanta, Georgia September 4, 2003 “Modular Solenoid with Assisted Pinch” by S. Yu,

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Presentation transcript:

The Heavy Ion Fusion Virtual National Laboratory ARIES-IFE Meeting Atlanta, Georgia September 4, 2003 “Modular Solenoid with Assisted Pinch” by S. Yu, E. Henestroza, M. Leitner and D. Shuman Ernest Orlando Lawrence Berkeley National Laboratory D. Rose and D. Welch Mission Research Corporation Craig Olson Sandia National Laboratory Presented at the

The Modular Approach is an extension of past VNL & ARIES work The Heavy Ion Fusion Virtual National Laboratory Technical credibility of final transport is a key VNL focus - Simulations (LSP) meet target focal spot requirement for ballistic neutralized transport - NTX experiments confirm theoretical predictions - RPD demonstrates self-consistent target, chamber, and final beam transport design ARIES broad scoping complements VNL mainline work - Ballistic Neutralized Transport, together with Self-Pinch and Assisted Pinch, offer a wide range of possible chamber and driver options - PIC simulations significantly enhance the credibility of the pinched modes - Chamber and Baseline design activities for Assisted Pinch (chamber dynamics, insulator ports and final focus systems)

The Heavy Ion Fusion Virtual National Laboratory The Modular Solenoid Approach (proposed by Logan, Lee and Briggs) provide a shorter development path to fusion power plants There are several ways for final transport in the modular approach. The requirement of the approach (high line density per beam) is a natural match to the Assisted Pinch Mode. The Modular Approach is an extension of past VNL & ARIES work (continued)

The Heavy Ion Fusion Virtual National Laboratory Hybrid Target Solenoid/Neutralized Drift (NDC) Assisted Pinch Pulse shape Range shortening Spot size (~5mm radius) Spot size Symmetry Shallow entrance angle Controlled by initial velocity shaping at entrance to NDC Beam at exit of NDC maintains initial velocity tilt Independent of beam current Can accommodate large energy variations Tighter focusing with high Q/M Insensitive to Z - variation Anharmonic focusing in Z-pinch symmetrizes Driver optimized with high Q/M Some stripping can occur in NDC Few beam driver Nearly parallel beamlines Beam merging in adiabatic lens

The Heavy Ion Fusion Virtual National Laboratory We are investigating the Modular Alternative Driver feasibility IBX - solenoid options Near-term experimental possibilities: - solenoid transport with pulsed magnets - High line-density injector (accel-decel) - Neutralized drift compression

The Heavy Ion Fusion Virtual National Laboratory IBX-Solenoidal version HIGH LAMBDA INJECTOR SOLENOIDAL TRANSPORT NEUTRALIZED DRIFT COMPRESSION VELOCITY SHAPING SECTION (AGILE PULSERS) Z-PINCH

The Heavy Ion Fusion Virtual National Laboratory SOLENOIDAL TRANSPORT EXPERIMENT

The Heavy Ion Fusion Virtual National Laboratory Solenoidal Transport Experiment Layout

The Heavy Ion Fusion Virtual National Laboratory NTX 4 Layer Pulsed Solenoid Design

The Heavy Ion Fusion Virtual National Laboratory HIGH LAMBDA INJECTOR

The Heavy Ion Fusion Virtual National Laboratory VNL collaboration with the ARIES team, over the past three years, has been a very beneficial and pleasurable experience.