PPT-Status of the plasma wake field acceleration studies at FAC

Erik Adli University of Oslo For the FACET E200 collaboration CLIC Beam Dynamics meeting CERN Sep 5 2012 Introduction 2 Beamdriven plasmawake field acceleration Principle of beamdriven plasma. 50 years of Wide Field Studies, La Serena, 5/2013. 1. Robert Blum. Outline. History. The Galactic Bulge. Cosmology. Magellanic Clouds. 50 years of Wide Field Studies, La Serena, 5/2013. 2. Preliminaries. Imperial College. The Chromosphere, an accelerator?. Prof. John Brown . Glasgow University. In collaboration with. Brown 71. Hudson 72. Collisional Thick Target Model. Brown 71, 563 citations in 39 years. Di. vertor. . P. lasma . S. imulator – II (. DiPS. -II). 2. nd . PMIF Workshop . Sep. 19, 2011. Julich. , Germany. H.-J. Woo. 1. , K.-S. Chung. 1. , S.-J. Park. 1. , . S.-G. Cho. 1. , E.-K. Park. Background. Due to the abrupt change in geometry on the base, the flow past a space launcher is characterized by a massive separation.. During the lift-off at transonic speeds, the resulting turbulent flow can excite structural modes and generate unsteady side loads both on . accelerators beyond 100 MV/m. Eric R. Colby*. Acting Head of Accelerator Research Division. December 14, 2011. * ecolby@slac.stanford.edu. Outline. Advances in RF concepts. Novel Acceleration Concepts. basic concepts and magnetic topology . Anna (. Ania. ) . Malanushenko. Plasma. Is matter…. Mass is conserved. Momentum is conserved. Energy is conserved. …ionized and in magnetic field. Obeys Maxwell’s equations. Sept. 8, 2015. Requirements / Assumptions. Provide . the. nominal drift field of 500V/cm . Withstand -180kV near the cathode. Define the drift distance between the APAs and CPAs to <1cm*. Use materials with comparable CTEs to that of stainless steel along the length of the TPC, minimal CTE in the drift direction. potential CERN facilities to study proton-driven plasma acceleration Frank Zimmermann Munich MPI, 9 December 2008 CTF-3 e xisting accelerator chain (LHC beam) PS booster PS SPS LHC final momentum [ Frankfurt, 2.10.2014. Milestones and Deliverables due . up to M20 . (. 31.12.2014. ). Report no. (D/M). Title. Due date. Status. DL13.1. Technical design report on ultra-fast longitudinal feedback for FLASH. Elliot Simon. DTU Wind Energy (. RISØ. ). ellsim@dtu.dk. IBL WiSH, Guillaume Lea. Background. DTU has developed a series of lidar instruments which can be used for turbine wake measurements:. Overview of upcoming lidar wake experiments at DTU. GeV electron beam in less than one meter of plasmaGeV energy gain of a positron beam in one metre of plasma and the laser-driven acceleration of electrons up to 8 GeV in only 20cm of plasma anks to it Zinzile. . Sibanda. , Ashle. a Kemp, Max Simpson. Weapons. Flight. The basics. Iron Man uses the . Tokamak. reactor in his chest combined with a Variable Specific Impulse . Magnetoplasma. Rocket (VASIMR) to provide flight.. Erik Adli, Carl A. . Lindstrøm. ,. University of Oslo, Norway. in collaboration with :. Gevy. J. Cao, Ben Chen, Ole Gunnar . Finnerud. (University of Oslo, Norway),. with input from the community. What is the future?. Is it useful for HEP?. Nicolas . Delerue. LAL. How it works (for electrons)? (1/2). A gas volume (at low density/pressure: ~mbar) will be used to create the plasma.. This volume is ionised by a beam (laser, particles) at high power and ultra-short (duration: .