RUPAC2012 - List of Keywords (klystron)

Paper	Title	Other Keywords	Page
MOYCH03	Technology Developments for CLIC	quadrupole, collider, alignment, linear-collider	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, linear-collider, 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.

WEPPC047	Operational Experience with 55 MeV Pulsed RTM	linac, high-voltage, controls, radiation	538
	V.V. Khankin, N.I. Pakhomov, V.I. Shvedunov MSU, Moscow, Russia A.I. Karev, V.G. Raevsky LPI, Moscow, Russia
	Operational experience with 55 MeV RTM * is reported. After RTM commissioning described in * it was installed in specially built bunker with 60-80 cm thick barite concrete walls placed in accelerator hall in order to protect detector equipment from parasitic radiation. New equipment was installed at RTM including new pulsed modulator, high power vacuum window and circulator, new cooling system, additional steering coils. Control system software based on LabView was also modified to make RTM tuning easier. Introduced changes made RTM operation more stable, beam transmission through RTM was improved. After re-commissioning RTM is used for experiments in nuclear physics, in PET isotope production research, in explosive detection experiments etc. *A.I.Karev, A.N.Lebedev, V.G.Raevsky, A.N.Ermakov, A.N.Kamanin, V.V.Khankin, N.I.Pahomov, V.I.Shvedunov, etc., 55 MeV special purpose race-track microtron commissioning, in Proc. RuPAC-2010, p.316-318

WEPPC048	Status of 1 MeV 25 kW CW Electron Accelerator	electron, gun, vacuum, high-voltage	541
	D.S. Yurov MSU SINP, Moscow, Russia A.S. Alimov, B.S. Ishkanov, N.I. Pakhomov, V.P. Sakharov, V.I. Shvedunov MSU, Moscow, Russia
	Status of 1 MeV 25 kW continuous wave (CW) linear electron accelerator for radiation technologies which is under construction at SINP MSU is described. Driven by 50 kW CW klystron on-axis coupled standing wave accelerating structure was optimized, manufactured and tuned. The results of accelerating structure measurements and tuning are presented. RF system, high voltage, vacuum and control systems of the accelerator are described. New magnetic system forming output beam irradiation field is also described.

Paper

Title

Other Keywords

Page

MOYCH03

Technology Developments for CLIC

quadrupole, collider, alignment, linear-collider

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, linear-collider, 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.

WEPPC047

Operational Experience with 55 MeV Pulsed RTM

linac, high-voltage, controls, radiation

538

V.V. Khankin, N.I. Pakhomov, V.I. Shvedunov
MSU, Moscow, Russia
A.I. Karev, V.G. Raevsky
LPI, Moscow, Russia

Operational experience with 55 MeV RTM * is reported. After RTM commissioning described in * it was installed in specially built bunker with 60-80 cm thick barite concrete walls placed in accelerator hall in order to protect detector equipment from parasitic radiation. New equipment was installed at RTM including new pulsed modulator, high power vacuum window and circulator, new cooling system, additional steering coils. Control system software based on LabView was also modified to make RTM tuning easier. Introduced changes made RTM operation more stable, beam transmission through RTM was improved. After re-commissioning RTM is used for experiments in nuclear physics, in PET isotope production research, in explosive detection experiments etc.
*A.I.Karev, A.N.Lebedev, V.G.Raevsky, A.N.Ermakov, A.N.Kamanin, V.V.Khankin, N.I.Pahomov, V.I.Shvedunov, etc., 55 MeV special purpose race-track microtron commissioning, in Proc. RuPAC-2010, p.316-318

WEPPC048

Status of 1 MeV 25 kW CW Electron Accelerator

electron, gun, vacuum, high-voltage

541

D.S. Yurov
MSU SINP, Moscow, Russia
A.S. Alimov, B.S. Ishkanov, N.I. Pakhomov, V.P. Sakharov, V.I. Shvedunov
MSU, Moscow, Russia

Status of 1 MeV 25 kW continuous wave (CW) linear electron accelerator for radiation technologies which is under construction at SINP MSU is described. Driven by 50 kW CW klystron on-axis coupled standing wave accelerating structure was optimized, manufactured and tuned. The results of accelerating structure measurements and tuning are presented. RF system, high voltage, vacuum and control systems of the accelerator are described. New magnetic system forming output beam irradiation field is also described.