Corresponding record in:
Inspire
External link:Conference home page
Contributions to this conference in CDS
LHC Interaction Region Upgrade : Phase I(p. 1) |
by Ostojic, R |
Advances in low-loss Nb-Ti strand and cable (p. 8) |
by Wilson, Martin N |
Low-loss wire design for the DiSCoRaP dipole (p. 13) |
by Volpini, G |
Magnetization measurements and analyses on thin filament Nb-Ti wires for SIS300 synchrotron superconducting dipoles (p. 16) |
by Gambardella, U |
Advances in ITER-relevant Nb-Ti and Nb$_{3}$Sn strands and low-loss Nb-Ti strands in RF (p. 19) |
by Pantsyrny, V |
Advances in Nb$_{3}$Sn performance (p. 24) |
by Godeke, A |
Optimization of the heat treatment schedule for next european dipole (NED) powder in tube Nb$_{3}$Sn strand (p. 28) |
by Boutboul, T |
Metallographic investigation of fracture behavior in ITER-style Nb$_{3}$Sn superconducting strands (p. 30) |
by Jewell, M C |
Synchrotron radiation techniques for the characterization of Nb$_{3}$Sn superconductors (p. 33) |
by Scheuerlein, C |
Electromechanical behaviour of PIT Nb$_{3}$Sn wires for NED (p. 37) |
by Seeber, B |
Interstrand coupling and magnetization in Nb$_{3}$Sn Rutherford cables (p. 42) |
by Collings, T |
Self-field instabilities in high-$J_{c}$ Nb$_{3}$Sn strands : the effect of copper RRR(p. 51) |
by Bordini, B |
Irradiation effects in low T$_{c}$ superconductors (p. 55) |
by Flükiger, René |
Results of conductor testing in SULTAN : a review(p. 68) |
by Wesche, R |
Current $MgB_{2}$ wire performance and their industrial development (p. 78) |
by Grasso, G |
The reactive Mg-liquid infiltration to obtain long superconducting MgB$_{2}$ cables (p. 83) |
by Giunchi, G |
Advances in HTS materials (p. 89) |
by Tixador, P |
HTS applications (p. 94) |
by Noe, M |
Status and perspectives at Babcock Noell (p. 98) |
by Walter, W |
Magnets for the phase I LHC upgrade (p. 101) |
by Fessia, P |
Test results of HD2, a high field Nb$_{3}$Sn dipole with a 36 mm bore (p. 105) |
by Ferracin, P |
Nb$_{3}$Sn magnet development for LHC luminosity upgrade (p. 108) |
by Wanderer, P |
Shell-based support structures for Nb$_{3}$Sn accelerator quadrupole magnets (p. 114) |
by Ferracin, P |
Tests results of Nb$_{3}$Sn quadrupole magnets using a shell-based support structure (p. 117) |
by Caspi, S |
Nb$_{3}$Sn quadrupoles designs for the LHC upgrades (p. 120) |
by Felice, H |
15 T and beyond : Dipoles and quadrupoles(p. 123) |
by Sabbi, G |
The high field magnet program in Europe (p. 128) |
by de Rijk, Gijs |
Nb$_{3}$Sn quadrupole development at CEA/Saclay (p. 131) |
by Rifflet, J M |
Nb$_{3}$Al high field accelerator magnet R&D (p. 132) |
by Sasaki, K |
The Bi-2212 conductor and magnet program at the National High Magnetic Field Laboratory (p. 136) |
by Larbalestier, D |
Status of the superconducting magnet system for the J-PARC neutrino beam line (p. 139) |
by Nakamoto, T |
Design considerations of transmission line superconductors for fast-cycling accelerator magnets (p. 142) |
by Piekarz, H |
Full size model manufacturing and advanced design status of the SIS100 main magnets (p. 147) |
by Fischer, E |
Critical aspects in the development of a curved fast ramped superconducting dipole for FAIR SIS300 synchrotron (p. 157) |
by Fabbricatore, P |
Electromagnetic design of the prototype dipole for the FAIR SIS300 (p. 160) |
by Sorbi, M |
Computational challenges in present and future projects : from a ROXIE developer's perspective(p. 163) |
by Auchmann, B |
Semi-analytical approaches to magnet design (p. 168) |
by Borgnolutti, F |
Magnetic measurement systems for future high performance magnets (p. 172) |
by Buzio, M |
Cold testing of rapidly-cycling model magnets for SIS 100 and SIS 300 (p. 181) |
by Schnizer, P |
Superferric rapidly cycling magnets optimized field design and measurement (p. 189) |
by Schnizer, P |
Preface of the 2008 WAMSDO Workshop (v-viii) |
by Todesco, E |
Show contributions in CDS
Record created 2009-02-21, last modified 2021-07-30