Project X


Document List by Author


Project X DocDB Home

Peter N Ostroumov of Argonne National Laboratory is listed as an author on the following documents:

Project X-doc-# Title Author(s) Topic(s) Last Updated
1281-v1 TECHNICAL SPECIFICATION FOR THE INTERFACES OF THE FNAL PROJECT-X HALF-WAVE RESONATOR CRYOMODULE Peter N Ostroumov LE Linac
11 Apr 2014
1236-v1 Status of HWR Cryomodule Development Peter N Ostroumov SRF
Presentations
17 Dec 2013
776-v7 Reference Design Report Russ Alber et al. Recycler
Transfer Line
Controls
Conventional Facilities
Linac
Instrumentation
Cryogenics
Absorbers
Reports
Main Injector
17 Jul 2013
1208-v1 PROJECT X INJECTOR EXPERIMENT: GOALS, PLAN, AND STATUS Steve Holmes et al. Presentations
LE Linac
03 Jul 2013
1182-v4 PROJECT X INJECTOR EXPERIMENT: GOALS, PLAN, AND STATUS Steve Holmes et al. Reports
08 May 2013
1008-v2 PXIE HWR Cryomodule Peter N Ostroumov Presentations
Reviews
05 Mar 2012
847-v1 ANL CW RFQ Design Peter N Ostroumov LE Linac
12 Apr 2011
801-v1 ANL proposal: 162.5 MHz Front End for the Project X Peter N Ostroumov LE Linac
15 Dec 2010
430-v1 Design concepts for a pulsed multi-GeV H¯ LINAC Peter N Ostroumov Presentations
Linac
HINS
03 Feb 2010
304-v1 Triple Spoke Cavities for a CW Linac Peter N Ostroumov Presentations
Collaboration
LE Linac
12 Sep 2009
108-v1 Beam physics, linac lattice Peter N Ostroumov Presentations
Linac
23 Apr 2009
116-v1 Linac lattice requirements on cryomodules Peter N Ostroumov Conventional Facilities
Presentations
Linac
24 Feb 2009
68-v1 Summary--Low Energy Linac Component and System Designs Peter N Ostroumov et al. LE Linac
02 Oct 2008
25-v1 Linac Beam Physics Design and Special Requirements of H- vs e Peter N Ostroumov Linac
H- Injection
30 Sep 2008

Number of documents found: 14

DocDB Home ]  [ Search ] [ Last 20 Days ] [ List Authors ] [ List Topics ]

--------
Security, Privacy, Legal
Fermilab Policy on Computing
Fermi National Accelerator Laboratory

For assistance contact HelpDesk



DocDB Version 8.7.23, contact Document Database Administrators
Execution time: 0 wallclock secs ( 0.22 usr + 0.02 sys = 0.24 CPU)