Name: 3rd Workshop on Accelerator Magnets in HTS (WAMHTS-3)
Start: 2015-09-10T14:00:00+02:00
End: 2015-09-11T19:45:00+02:00
Location: Lyon Convention Centre

3rd Workshop on Accelerator Magnets in HTS (WAMHTS-3)

from Thursday 10 September 2015 (14:00) to Friday 11 September 2015 (19:45)

Monday 7 September 2015
Tuesday 8 September 2015
Wednesday 9 September 2015
Thursday 10 September 2015
14:00
14:00 - 15:50
Room: Roseraie 1 & 2
Contributions

14:00 Welcome and scope of the workshop - Lucio Rossi (CERN)

14:10 Characterization of EuCARD-2 first cables (20'+5') - Luca Bottura (CERN)

14:35 Roebel cables for EuCARD-2: experience and options (20'+5') - Anna Kario (KIT)

15:00 EuCARD-2 baseline design: Aligned block design status (Feather M0/M2) (20'+5') - Glyn Kirby (CERN)

15:25 Alternative EuCARD-2 dipole designs: cos theta design and YBCO stack dipole status (20'+5') - Clement Lorin (CEA/IRFU,Centre d'etude de Saclay Gif-sur-Yvette (FR))
15:50 Coffee break
Coffee break
15:50 - 16:10
Room: Roseraie 1 & 2
16:10
16:10 - 17:20
Room: Roseraie 1 & 2
Contributions

16:10 Japanese HTS accelerator programs (25'+10') - Toru Ogitsu

16:45 US HTS accelerator programs (25'+10') - Bruce Strauss
17:20
17:20 - 18:20
Room: Roseraie 1 & 2
Contributions

17:20 HTS magnet quench experience (25'+10') - Andrey Gavrilin (Florida State University, Florida, USA)

17:55 HTS magnet quench criteria (20'+5') - Thibault Lecrevisse (CEA)
18:20 Dinner at Le Caro restaurant in Lyon - buses depart directly from the Convention Centre at the end of the meeting
Dinner at Le Caro restaurant in Lyon - buses depart directly from the Convention Centre at the end of the meeting
18:20 - 21:20
Room: Roseraie 1 & 2
Friday 11 September 2015
09:00
09:00 - 10:15
Room: Roseraie 1 & 2
Contributions

09:00 Review of quench detection methods in superconducting magnets (20'+5') - Felix Rodriguez Mateos (CERN)

09:25 A New Detection Method of Normal Transition in HTS Coils by using Poynting's Vector Method (20'+5') - Akifumi Kawagoe (Kagoshima University)

09:50 Optical fibers for quench detection (20'+5') - Justin Schwartz (NC State University)
10:15
10:15 - 10:35
Room: Roseraie 1 & 2
Contributions

10:15 Stress and strain evolution in a REBCO coated conductor and coil during a quench (10') - Wan Kan Chan

10:25 NZPV and MQE from the electrical and thermal properties of commercial REBCO tapes (10') - Marco Bonura (University of Geneva)
10:35 Coffee break
Coffee break
10:35 - 10:55
Room: Roseraie 1 & 2
10:55
10:55 - 12:20
Room: Roseraie 1 & 2
Contributions

10:55 Quench detection and protection for HTS accelerator magnets (20'+5') - Maxim Marchevsky (Lawrence Berkeley National Lab. (US))

11:20 Optimisation of CLIQ for HTS (20'+5') - Emmanuele Ravaioli (Twente Technical University (NL))

11:45 No protection device: non-insulated magnets (20'+5') - Seungyong Hahn (FSU)

12:10 Report from WAMHTS-2 (10') - Naoyuki Amemiya (Kyoto University)
12:20 Lunch Break - participants are invited by the organisers
Lunch Break - participants are invited by the organisers
12:20 - 13:50
Room: Roseraie 1 & 2
13:50
13:50 - 14:15
Room: Roseraie 1 & 2
Contributions

13:50 Protection experience and HTS magnets at BNL (20'+5') - Ramesh Gupta (BNL)
14:15
14:15 - 15:05
Room: Roseraie 1 & 2
Contributions

14:15 Current redistribution in cables and its influence on quench (20'+5') - Jeroen Van Nugteren (Twente Technical University (NL))

14:40 Quench in a Pancake Wound Superconducting Coil with Low Resistance Between Turns (20'+5') - Denis Markiewicz
15:05
15:05 - 15:15
Room: Roseraie 1 & 2
Contributions

15:05 Quench studies in Bi-2212 coils (10') - Tengming Shen (Fermilab)
15:15 Coffee break
Coffee break
15:15 - 15:35
Room: Roseraie 1 & 2
15:35
15:35 - 17:00
Room: Roseraie 1 & 2
Contributions

15:35 The actual quenches of HTS coils (20'+5') - Yoshinori Yanagisawa (RIKEN)

16:00 Finite Element Modelling of quench dynamics in 2G HTS coated conductors (25'+5') - Frédéric Sirois (Ecole Polytechnique de Montréal)

16:35 Feather M2 quench modeling (20'+5') - Antti Aleksis Stenvall
17:00

17:00 - 17:15
Room: Roseraie 1 & 2

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