'Ion acceleration' diaporamas de présentation

Outline

Outline. I NTRODUCTION: ultraintense ultrashort (UU) laser pulse interaction with matter - C HARGED PARTICLE ACCELERATION IN PLASMAS: electrons, protons, heavy ions L ASER-ION ACCELERATION : main experimental evidences, potential applications P HYSICS OF THE LASER-BASED ION ACCELERATION :

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Principles of Acceleration

Principles of Acceleration. AAC 2012 Tutorial Jonathan Wurtele UCB/LBNL. LULI. How Accelerators Work. Electric fields accelerate particles Magnetic and electric fields focus and deflect particles. "I can see no escape from the conclusion that [cathode rays] are charges of

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PFI

PFI. Objectives of the field: Deliver Proton/Ions beam of matched energy distribution and Intensity to reach Ignition of a pellet compressed by moderate primary driver energy Transport and focus beam energy into the fuel to the required density

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EURISOL and the Beta-Beam Task Status and Planning

EURISOL and the Beta-Beam Task Status and Planning. Michael Benedikt Mats Lindroos AB-Department, CERN. Outline. EURISOL Task organisation Overview on beta-beam task Sub-tasks Work planning and goals by sub-tasks Participants Milestones Deliverables and supporting documentation

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Beta-beam Accelerator requirements

Beta-beam Accelerator requirements. Outline. The Beta-beam study inside EURISOL The Beta-beam base line design Work progress on accelerator design Summary. Eurisol DS + Beta-beam. The EURISOL Project Design of an ISOL type (nuclear physics) facility.

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LASER SAFETY External EHS Expert Panel Workshop

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Y.Tao and M.S.Tillack yetao@ucsd University of California, San Diego EUV Source Workshop

Mitigation of fast particles from laser-produced Sn plasma for an extreme ultraviolet lithography source. Y.Tao and M.S.Tillack yetao@ucsd.edu University of California, San Diego EUV Source Workshop May 25, 2006. Vancouver, Canada. 1.

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Tasks: Pasadena, 9/18/08

Tasks: Pasadena, 9/18/08. Exponential Rollovers. Origin of double power laws? Need analysis and simulation. Correlating E and Q/A dependence; explore different dependencies on E. Careful calculation of ? and resulting E dependence. Explore correlation of ? and Q/A dependence in rollover.

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SHOCK WAVE PARTICLE ACCELERATION in LASER-PLASMA INTERACTION

SHOCK WAVE PARTICLE ACCELERATION in LASER-PLASMA INTERACTION. G.I.Dudnikova, T.V.Leseykina ICT SBRAS. SCT-2012, Novosibirsk, June 8, 2012. Introduction & Motivation. The progress in laser technology has led to light sources delivering pulses

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Status of ITEP - TWAC facility

Status of ITEP - TWAC facility. ( ITEP/TWAC ion beams ). A.Golubev. Non-Liovillian stacking process. U10 Accelerator-Storage ring 34Tm. UK Booster Synchrotron 13 Tm. Trajectory of the injected beam. Process of accumulation of an intensive ion beam. C 4+. t ~ 7 ,5 min. C 6+.

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He3 and/or electron rich events

SHINE 2007. He3 and/or electron rich events. Question:. What is the underlying acceleration mechanism in impulsive SEP events now that observations show electron He3 and Ultra heavy ions are greatly enhanced in these events?. Answer:

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