Document List by Topic

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

These documents on IOTA (subtopic of NML) are available:

Beams-doc-# Title Author(s) Topic(s) Last Updated
5816-v2 Study of Microchannel Plates as a Novel Approach to Electron Gun Design for Electron Lenses Magnus Haughey IOTA
Adv. Accelerator R&D
 12 Oct 2017
5314-v1 DEVELOPMENT OF TRANSVERSE BEAM POSITION AND SHAPE MONITOR FOR INTEGRABLE OPTICS TEST ACCELERATOR BASED ON PHOTOMULTIPLIER TUBE ARRAY Nadezda Afonkina IOTA
FAST
BPM
 23 Jan 2017
5255-v1 Commissioning and Plans of the IOTA Electron Injector Daniel R. Broemmelsiek NML
IOTA
FAST
 01 Nov 2016
4979-v1 Experimental Beam Physics Program at Fermilab's FAST/IOTA Alexander A. Valishev IOTA
FAST
Accelerator Seminar
 11 Nov 2015
4999-v1 IOTA Proton Program Eric J Prebys IOTA
FAST
Accelerator Seminar
 10 Nov 2015
4955-v1 Fermilab Accelerator Science and Technology (FAST) Facility Eric J Prebys IOTA
 24 Sep 2015
4917-v1 Matching Beams for the Nonlinear Integrable Optics Stephen Webb IOTA
 10 Aug 2015
4878-v1 20 MeV Electrons from IOTA Injector Vladimir Shiltsev IOTA
Adv. Accelerator R&D
 30 Jun 2015
4848-v1 Protons in IOTA Ring Sergey Antipov IOTA
 21 May 2015
4845-v1 Injection Design for IOTA Sergey Antipov IOTA
 19 May 2015
4844-v1 Layout of IOTA Ring and Injection Lines Jerry Leibfritz IOTA
 19 May 2015
4843-v1 Beam Physics of IOTA at FNAL Gene Kafka IOTA
 19 May 2015
4842-v2 MADX description of lattice Alexander A. Valishev IOTA
 19 May 2015
4841-v1 Chromaticity and Space Charge in Integrable Optics Stephen Webb IOTA
 19 May 2015
4840-v1 IOTA Kicker Design Sergey Antipov IOTA
 19 May 2015
4838-v1 PhD Proposal for Gene Kafka Gene Kafka IOTA
 19 May 2015
4837-v1 RF Capture of Protons in the IOTA Ring Eric J Prebys IOTA
 19 May 2015

Number of documents found: 17

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

DocDB Version 8.7.23, contact Beams Document Database Administrators
Execution time: 0 wallclock secs ( 0.25 usr + 0.06 sys = 0.31 CPU)