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POSTER AREA – THURSDAY 22 ND MT-19 2005, Genova 20
Page 2: TABLE OF CONTENTS MT-19 COMMITTEES
Page 6: MAIN SPONSORS SPONSORS ACKNOWLEDGME
Page 10: EXHIBITION AREA 26 27 28 29 9 8 B 2
Page 14: Jehier 2, Rue de l’Erauderie BP 2
Page 18: GUIDELINES FOR PRESENTATIONS INSTRU
Page 22: GUIDELINES FOR SESSION CHAIRS The f
Page 26: IEEE AWARDS IEEE Award for LARGE SC
Page 30: POSTER SESSIONS TUA01PO (MgB2 coils
Page 34: POSTER AREA - MONDAY 19 TH 17 MT-19
Page 38: POSTER AREA - WEDNESDAY 21 ST 19 MT
Page 44: PARALLEL SESSION 10:30 - 12:10 (Sci
Page 48: adiation resistance to the J-PARC g
Page 52: morphology and superconducting prop
Page 56: Scanning Calorimetry (DSC) analysis
Page 60: instabilities are still observed fo
Page 64: waveforms, and two different heater
Page 68: MOA06PO04 LHC Superconducting Dipol
Page 72: will be presented. The design study
Page 76: MOA08PO02 Alignment and warm measur
Page 80: MOA09PO02 Analysis of Balanced Thre
Page 84: MOA09PO13 Electrical Characteristic
Page 88: In the design of the HTS coils, the
Page 92:
of up to 6 kV may be induced. The p
Page 96:
MOA11PO14 AC Test of the KSTAR Cent
Page 100:
sensitivity of the Nb3Sn) and non-u
Page 104:
significant length to industry. Thi
Page 108:
Tuesday, September 20, 2005 PLENARY
Page 112:
PARALLEL SESSION 10:30 - 12:00 (Mae
Page 116:
TUA01PO09 Feasibility of Hydrogen C
Page 120:
statistical analysis. TUA02PO08 Ann
Page 124:
TUA03PO10 Design Study of 300 MJ HT
Page 128:
frequencies, and AC loss reduction
Page 132:
confirmed that the characteristics
Page 136:
cryogenic feed line. TUA06PO11 Stee
Page 140:
The half core production was subcon
Page 144:
appropriate magnetic design the coi
Page 148:
impedance is zero, and the SFCL has
Page 152:
TUA10PO03 Fundamental Design and Pa
Page 156:
must be considered (and optimized),
Page 160:
seawater, and have a good quality o
Page 164:
high resistivity matrix choice will
Page 168:
up to 9.5 T as a total background f
Page 172:
SIS100 synchrotron at GSI in Darmst
Page 176:
Engineering, University of Bologna;
Page 180:
WEA01PO09 Fabrication of Cu stabili
Page 184:
WEA02PO04 Transport Loss Characteri
Page 188:
developed in an industrial producti
Page 192:
POSTER SESSION 13:30 - 15:30 ANALYT
Page 196:
WEA05PO07 Transient Thermal Charact
Page 200:
solenoid elements are discussed in
Page 204:
of 10 T was reached using Nb3Sn str
Page 208:
presented and discussed. WEA07PO13
Page 212:
een studied to respect the new requ
Page 216:
WEA09PO10 Test results of power sys
Page 220:
has horizontal type and the support
Page 224:
four tails, followed by tests to we
Page 228:
PARALLEL SESSION 15:50 - 18:20 (Pon
Page 232:
Chromatography. Experiments and res
Page 236:
Thursday, September 22, 2005 PLENAR
Page 240:
temporary voltage dips and interrup
Page 244:
(LEBT), a RFQ accelerating the beam
Page 248:
about 1, a strand diameter of 0.81m
Page 252:
process and homogeneity of composit
Page 256:
and data acquisition systems. In ad
Page 260:
electrical equivalent model conside
Page 264:
thermal conductivity of the winding
Page 268:
to inelastic deformation, which dom
Page 272:
torque which is the summation of to
Page 276:
THA07PO09 Progress in the Design of
Page 280:
the coil and the casing. In this pa
Page 284:
University. We have been developing
Page 288:
stress, strain and cyclic fatigue r
Page 292:
THA12PO02 The Optimal Design Method
Page 296:
modeling of a PM imaging system usi
Page 300:
evaluating which multipoles are mor
Page 304:
AUTHOR INDEX A Abächerli, V. MOA2O
Page 308:
Chikaraishi, H. MOA04PO03, MOA11PO0
Page 312:
Greco, M. MOA2OR5, TUA01PO10, TUA05
Page 316:
Katsura, Y. MOA01PO09 Kaugerts, J.
Page 320:
Loveridge, P. MOA3OR3 Lu, D. WEA06P
Page 324:
Oh, Y. K. MOA11PO07, MOA11PO13, MOA
Page 328:
Satragno, L. WEA1OR2 Sattarov, A. T
Page 332:
Thome , R. THMPL1 Thompson, E. MOA0
Page 336:
Yang, Q. WEA06PO13, THA06PO03, THA0
Page 340:
NOTES MT-19 2005, Genova 170
Page 344:
Page 348:
Page 352:
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