RUPAC2012 - List of Keywords (linear-collider)

Paper	Title	Other Keywords	Page
MOYCH03	Technology Developments for CLIC	quadrupole, collider, alignment, klystron	25
	H. Schmickler CERN, Geneva, Switzerland
	Just after the publication of its Conceptual Design Report (CDR) the CLIC study has made detailed plans for necessary technology developments in the coming years. This program includes the development of fully working prototypes of several technical subsystems as well as first pre-series or industialization concepts of components needed in large identical quantities. The presentation will explain the development program and show in particular fields for potential collaboration.
	Slides MOYCH03 [4.792 MB]

FRBOR02	Creating Stronger Accelerator Beams	collider, klystron, positron, luminosity	216
	R.M. Kriske University of Minnesota, Minneapolis, Minnesota, USA
	Recently, at an ILC meeting in Tokyo, the Electron, Anti-Electron Beam strength was said to be about 7 milliamps, for the newest design of the planned International Linear Collider. This was about 1000 times the strength of Colliders in the last decade. This author would like to explore a different way of feeding Anti-Electrons and Electrons into a Collider that should increase the Potential Beam Strength by about 100 times. The question then is how to use Klystrons to maintain an enhanced Beam Strength and whether the larger number of Electrons and Anti-Electrons would cause too much damage to the Accelerator walls. This method should work for Protons and Anti-Protons as well.

WEPPD020	Helical 1Tx1cm Pulsed Insertion Devices for Production of Intense Polarized X- & Gamma-rays	undulator, radiation, collider, polarization	596
	A.V. Smirnov RadiaBeam, Santa Monica, USA
	Two types of high-field, pulse undulators are revisited as non-coherent or partially coherent sources capable of undulator factor approaching unity at substantial gap-to-period ratios exceeding 0.4 that cannot be achieved with conventional technology. One type is a microwave square-guide, cross-polarized undulator system fed by high-power wake-fields extracted with CLIC type scheme adapted for that 2-beam undulator. Another novel ID is represented here by a bifilar transmission line energized by a high voltage, ~ns-pulse, solid-state generator. These undulators fit well radiation facilities and future linear colliders based on high-gradient microwave linac technology.

Paper

Title

Other Keywords

Page

MOYCH03

Technology Developments for CLIC

quadrupole, collider, alignment, klystron

25

H. Schmickler
CERN, Geneva, Switzerland

Just after the publication of its Conceptual Design Report (CDR) the CLIC study has made detailed plans for necessary technology developments in the coming years. This program includes the development of fully working prototypes of several technical subsystems as well as first pre-series or industialization concepts of components needed in large identical quantities. The presentation will explain the development program and show in particular fields for potential collaboration.

Slides MOYCH03 [4.792 MB]

FRBOR02

Creating Stronger Accelerator Beams

collider, klystron, positron, luminosity

216

R.M. Kriske
University of Minnesota, Minneapolis, Minnesota, USA

Recently, at an ILC meeting in Tokyo, the Electron, Anti-Electron Beam strength was said to be about 7 milliamps, for the newest design of the planned International Linear Collider. This was about 1000 times the strength of Colliders in the last decade. This author would like to explore a different way of feeding Anti-Electrons and Electrons into a Collider that should increase the Potential Beam Strength by about 100 times. The question then is how to use Klystrons to maintain an enhanced Beam Strength and whether the larger number of Electrons and Anti-Electrons would cause too much damage to the Accelerator walls. This method should work for Protons and Anti-Protons as well.

WEPPD020

Helical 1Tx1cm Pulsed Insertion Devices for Production of Intense Polarized X- & Gamma-rays

undulator, radiation, collider, polarization

596

A.V. Smirnov
RadiaBeam, Santa Monica, USA

Two types of high-field, pulse undulators are revisited as non-coherent or partially coherent sources capable of undulator factor approaching unity at substantial gap-to-period ratios exceeding 0.4 that cannot be achieved with conventional technology. One type is a microwave square-guide, cross-polarized undulator system fed by high-power wake-fields extracted with CLIC type scheme adapted for that 2-beam undulator. Another novel ID is represented here by a bifilar transmission line energized by a high voltage, ~ns-pulse, solid-state generator. These undulators fit well radiation facilities and future linear colliders based on high-gradient microwave linac technology.