ICEC27-ICMC 2018
→
Europe/London
University of Oxford Examination Schools
University of Oxford Examination Schools
Examination Schools
75 - 81 High St,
Oxford, Oxfordshire OX1 4BG
United Kingdom
Description
The British Cryogenics Council and the University of Oxford in partnership with the Science and Technology Facilities Council, invite you to save the dates to visit the City of Oxford for ICEC27-ICMC 2018. The ICEC-ICMC Conference is the Premier International Cryogenic Conference, held every two years and alternating between Asia and Europe, ‘E’ for Engineering and ‘M’ for Materials. Since 2006, ICEC & ICMC have held a joint event.
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09:00
Arrival and Registration Main Foyer
Main Foyer
This will take place in the Main Foyer
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Monday Short Course Morning Sessions: Cryostat Design,Holger Neumann, Room 9 Room 9
Room 9
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Monday Short Course Morning Sessions: Multi-Layer Insulation Design and Manufacture, Bryan Shaughnessy Room 11
Room 11
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12:00
Lunch
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Monday Short Course Afternoon Sessions: Superconducting Materials, Jorge Pelegrin Mosquera Room 9
Room 9
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Monday Short Course Afternoon Sessions: Top Tips for Best Paper, Simon Harris Room 10
Room 10
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Monday Short Course Afternoon Sessions: Cryostat Design < 1K, Viktor Tsepelin Room 11
Room 11
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15:00
Refreshments for the CSE AGM (members only) East School
East School
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CSE AGM Meeting (members only) East School
East School
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18:00
Welcome Reception Oxford Town Hall
Oxford Town Hall
St Aldate's, Oxford OX1 1BX
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09:00
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08:00
Registration and Refreshments Main Foyer
Main Foyer
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09:00
Opening Ceremony The Sheldonian Theatre
The Sheldonian Theatre
Broad St, Oxford OX1 3AZ -
10:00
Conference Photo The Sheldonian Theatre
The Sheldonian Theatre
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10:30
Tea/Coffee and Exhibition North School / Marquee / First Square / Second Square
North School / Marquee / First Square / Second Square
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E-01: Large scale refrigeration, liquefaction, air separation and industrial cryogenics.
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1
E-01: 072 - Commissioning of the cryogenic system of the new test facility for large superconducting devices at CERN South School
South School
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2
E-01: 110 - SCL3 cryoplant process design for RAON South School
South School
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3
E-01: 111 - Simulation on LN 2 -VN 2 flooding phenomenon in inclined pipes using a modified AIAD model
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1
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E-03 - Expanders, cryo-pumps, compressors, regenerators and other components Room 9
Room 9
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4
E-03: 133 - Performance testing of the FRIB helium compression system at MSU
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5
E-03: 148 - Study on the cavitation of liquid oxygen flowing through the globe valve
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6
E-03: 281 - Characterization of a scroll-type compressor for driving a JT cryocooler working at liquid helium temperature
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7
E-03: 347 - Characterizing Helium pulsating heat pipes
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4
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E-08 - Large scale cryogenics: fusion reactors, accelerators, superconducting cavities and detectors Room 7
Room 7
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8
E-08: 53 - Cryogenic systems for a PrFeB-based cryogenic permanent magnet undulator at TPS
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9
E-08: 54 - Concept for the cryo distribution system of the Wendelstein 7-X cryo vacuum pumps
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10
E-08: 59 - Design, construction and commissioning of the proximity cryogenics systems serving two large-scale prototypes of the future DUNE neutrino detector.
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11
E-08: 61 - Engineering conceptual design of the CFETR cryogenic system
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8
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M-01 - Processing and properties NbTi/Nb3 Sn/A15/ RE123/BSCCO and MgB2 East School
East School
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12
M-01: 064 - Manufacture and Characterisation of Bulk MgB 2 Superconductor with High Trapped Field for Biomedical Applications
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13
M-01: 224 - Atmospheric oxidation of NbTi superconductors
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14
M-01: 262 - Enhanced Jc at both self and high field of MgB 2 superconductor through co-doping route
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15
M-01: 331 - CIC cable technologies for high-current windings
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12
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M-10: Radiation and other degradation effects Room 6
Room 6
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16
M-10:005 - Solid methane in radiation: neutron cryo moderators and cometary cryo volcanism
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17
M-10:16 - Study on irradiation effect of insulating materials for fusion superconducting magnet: change in electric insulation performance by irradiation
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18
M-10: 346 - Continuum Damage Mechanics analysis of the process pipes at cryogenic conditions
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16
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M-11 - Heat transfer, thermodynamic and fluid properties of cryogenic materials Room 6
Room 6
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19
M-11: 051 - Experimental investigations on bubble rising process of methane and ethane at saturated nucleate pool boiling condition
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19
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12:30
Lunch & Exhibition North School / Marquee / First Square / Second Square
North School / Marquee / First Square / Second Square
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Plenary 1: (Plenary 1 - Challenges of Cryocooling. Speaker: A.T.A.M. de Waele. Session Chair: Prof. Ercang Luo) South School
South School
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E-01: Large scale refrigeration, liquefaction, air separation and industrial cryogenics.
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20
E-01: 149 - Helium market: applications, strategies and logistics issues East School
East School
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21
E-01: 152 - Study on an energy saving method by the utilization of compression heat in a cryogenic air separation unit East School
East School
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22
E-01: 153 - Visualization study on nitrogen condensation with non-condensable gas in wavy laminar flow region Esat School
Esat School
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23
E-01: 256 - Transient modelling of large scale integrated refrigeration and storage systems East School
East School
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20
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E-07: Magnet technology, design and evaluation
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24
E-07: 180 - Design of 1MJ SMES unit Room 7
Room 7
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25
E-07: 213 - Long term operation of the superconducting triplet quadrupoles with cryocoolers for BigRIPS in-flight separator at RIKEN Room 7
Room 7
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26
E-07: 323 - Superconducting detector magnets at the Future Circular Colliider Room 7
Room 7
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27
E-07: 139 - Cooling large HTS magnet coils using a gas free-convection cooling loop connected to coolers Room 7
Room 7
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28
E-07: 202 - Thermohydraulic behaviour of the cryogenic system during protected quenching of the superconducting magnet of a hybrid magnet Room 7
Room 7
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24
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E-08 - Large scale cryogenics: fusion reactors, accelerators, superconducting cavities and detectors
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29
E-08: 81 - Hydraulic adjustment of the two-phase helium forced flow cooled superconducting magnets of the SIS100 heavy ion synchrotron for FAIR Room 9
Room 9
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30
E-08: 109 - Conceptual design of cryogenic system for comprehensive research facility for key fusion reactor core systems Room 9
Room 9
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31
E-08: 154 - Refrigerator and liquefaction system supplied by Linde Kryotechnik for IHEP’s PAPS SRF Facility Room 9
Room 9
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32
E-08: 155 - 4.5 K Refrigerator Cold Box System for the Facility for Rare Isotope Beams (FRIB) at Michigan State University (MSU) Room 9
Room 9
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29
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E-17: Safety, reliability and standards
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33
E-17: 15 - Study on the heat transfer of helium cryostats following loss of insulating vacuum South School
South School
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34
E-17: 118 - Status of a European standard for the protection of helium cryostats against excessive pressure South School
South School
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35
E-17: 344 - Test stand for determination of the heat flux to the cold elements of cryogenic systems in case of the vacuum vessel failure South School
South School
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36
E-17: 368 - Review of failure rate input parameters to risk analysis of cryogenic complex systems South School
South School
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33
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M-03: Superconductor stability, AC losses and electromagnetic properties
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37
M-03: 078 - Cold test and analysis AC losses in compact 2G HTS power cables Room 6
Room 6
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38
M-03: 178 - Optimum rate of charging and discharging cycles of HTS-SMES magnets Room 6
Room 6
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37
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16:00
Tea/Coffee & Exhibition North School / Marquee / First Square / Second Square
North School / Marquee / First Square / Second Square
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Tuesday Poster Session: Poster Session 1 North School
North School
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39
E-01: Large scale refrigeration, liquefaction, air separation and industrial cryogenics
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40
E-01:389 - Development of Commissioning and operation of CSNS Cryogenic System
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41
E-02: Cryocoolers: Pulse tube, GM, Stirling, Magnetic and other coolers
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39
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Tuesday Poster Session: Poster Session 2 Marquee
Marquee
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42
E-02: Cryocoolers: Pulse tube, GM, Stirling, Magnetic and other coolers
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43
E-03: Expanders, cryo-pumps, compressors, regenerators and other component
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44
E-04: Space cryogenic applications
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42
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18:00
Exhibition Reception North school / Marquee / First Square / Second Square
North school / Marquee / First Square / Second Square
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08:00
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07:30
Registration and Refreshments Main Foyer
Main Foyer
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Plenary 2: Next Generation Materials for Future Magnet Development at CERN. Speaker: Glyn Kirby. Session Chair: Prof. H.J.M. ter Brake South School
South School
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Plenary 3: Stopping biological time – merging biology and cryonics in cryobiology. Speaker: Barry Fuller. Session Chair: Prof. H.J.M. ter Brake South School
South School
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10:30
Tea/Coffee & Exhibition
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E-02: Cryocoolers: Pulse tube, GM, Stirling, Magnetic and other coolers
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45
E-02: 196 - Investigation of a coaxial Stirling-type pulse tube cryocooler with the cooling capacity of 600 W at 777 k Room 6
Room 6
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46
E-02: 55 - Investigation of U-type multi-bypass Pulse tube cooler Room 6
Room 6
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47
E-02: 018 - Numerical study on the performance sensitivity of a pulse tube cryocooler with active phase shifter Room 6
Room 6
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48
E-02: 037 - Low Cost Flexure Spring Testing Room 6
Room 6
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45
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E-07: Magnet technology, design and evaluation
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49
E-07: 33 - Technical challenges of developing High Field Superconducting Magnets beyond 25 Tesla Room 7
Room 7
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50
E-07: 35 - Cryogenic test results of the superconducting magnets for the NICA complex and the SIS100 synchrotron of FAIR Room 7
Room 7
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51
E-07: 56 - Test stand for the characterization of superconducting magnets cooled with cryocoolers Room 7
Room 7
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52
E-07: 62 - Experimental and numerical study of the different quench acceleration phenomena in the JT-60SA Toroidal Field Coils Room 7
Room 7
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49
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E-08 - Large scale cryogenics: fusion reactors, accelerators, superconducting cavities and detectors
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53
E-08: 156 - Quench detection of SRF cavities using He2* molecular tracer-line tracking technique in superfluid helium Room 9
Room 9
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54
E-08: 159 - Superfluid Helium Cooling and Compact Heat Exchanger for HL-LHC D2 Recombination Dipoles Room 9
Room 9
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55
E-08: 162 - Heat source localisation by trilateration of helium II second sound detected with transition edge sensors thermometry Room 9
Room 9
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56
E-08: 186 - Progress of PAPS cryogenic system Room 9
Room 9
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53
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E-13: LNG and hydrogen systems
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57
E-13: 127 - Performance test and evaluation on emergency release system for liquefied hydrogen installed in the loading/unloading system South School
South School
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58
E-13: 265 - Developments in Hydrogen Liquefaction Plants South School
South School
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59
E-13: 339 - A mixed refrigerant cycle for cooling below 25 K South School
South School
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60
E-13: 363 - Subcooling of liquid hydrogen with a cryogenic refrigerator South School
South School
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57
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M-06: Metallic, composite materials, insulation and impregnation materials processing and properties
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61
M-06: 011 - Extraction of instrumentation wires through the high-voltage insulation in the ITER magnet feeder system Room 10
Room 10
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62
M-06: 068 - An excellent cryogenic grinding performance of scrap tire rubber swollen by ScCO2 Room 10
Room 10
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63
M-06: 320 - Enhancing high vacuum performance of multi-layer insulation systems with activated charcoal fabric Room 10
Room 10
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64
M-06: 322 - Cryogenic properties of T/HDPE nanocomposites Room 10
Room 10
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61
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S-01: Material requirements for advanced HTS magnets
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65
S-01: 161 - Study of HTS superconducting coatings for beam impedance mitigation in the Future Circular Collider East School
East School
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66
S-01: 049 - Numerical modelling of mechanical stresses in bulk superconductor magnets with and without mechanical reinforcement East School
East School
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65
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12:30
Lunch & Exhibition North School / Marquee / First Square / Second Square
North School / Marquee / First Square / Second Square
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E-02: Cryocoolers: Pulse tube, GM, Stirling, Magnetic and other coolers
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67
E-02: 216 - Theoretical and experimental investigations on a four-stage Stirling-type pulse tube cryocooler reaching 3.0 K Room 6
Room 6
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68
E-02: 200 - Review of recent advances in Stirling-type pulse tube cryocoolers Room 6
Room 6
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69
E-02: 221 - Theoretical and experimental investigations on a 12 kW Oxford-type dual-opposed moving-coil linear compressor Room 6
Room 6
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67
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E-08 - Large scale cryogenics: fusion reactors, accelerators, superconducting cavities and detectors
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70
E-08: 199 - Commissioning of the SuperKEKB final focusing SC magnet cryogenic systems Room 9
Room 9
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71
E-08: 201 - Thermodynamic cycle design for a 700W@3K sub-cooled helium refrigerator test facility Room 9
Room 9
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72
E-08: 249 - Overview and status of the Long-Baseline Neutrino Facility cryogenics system Room 9
Room 9
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73
E-08: 250 - Experimental and numerical investigations of operational parameters of TRIUMF’s cyclotron cryogenic system Room 9
Room 9
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74
E-08: 287 - Cryogenic system for the SCLF cryomodule test facility Room 9
Room 9
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75
E-08: 317 - Final commissioning of the helium cryogenic system for the HIE-Isolde project including four RF cryo-modules Room 9
Room 9
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70
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E-14: New devices and novel concepts
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76
E-14: 73 - Experimental study of a meter-scale cryogenic neon pulsating heat pipe
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77
E-14: 163 - Superconducting cavities quench localisation by He-II second sound detection with transition edge sensors South School
South School
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78
E-14: 183 - All polymer cryogen free cryostat for μ-MRI application at clinical field South School
South School
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79
E-14: 237 - Cold, clean and green: improving the efficiency and environmental impact of a cryogenic expander South School
South School
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80
E-14: 313 - Cryogenic Hydrogen Targets for proton generation with intense lasers. South School
South School
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81
E-14: 338 - DC current injection into HTS coils using a superconducting dynamo. South School
South School
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76
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M-06: Metallic, composite materials, insulation and impregnation materials processing and properties
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82
M-06: 335 - Aerogel-based insulation materials for cryogenic applications Room 10
Room 10
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82
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M-11 - Heat transfer, thermodynamic and fluid properties of cryogenic materials
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83
M-11: 286 - Development of the stranded cable-type heat conductor made of ultra-high purity Aluminium Room 7
Room 7
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84
M-11: 314 - Velocity measurements in high Reynolds cryogenic helium facilities at SBT Room 7
Room 7
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85
M-11: 090 - A different approach at solid and super solid Helium 4 Room 7
Room 7
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86
M-11: 134 - Design and simulation of the cold compressor impeller in large superfluid helium system Room 7
Room 7
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87
M-11: 185 - Pressure loss behaviour of LN2 flow in helically corrugated pipes with insertion of HTS power transmission cables Room 7
Room 7
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83
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S-01: Material requirements for advanced HTS magnets
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88
S-01: 006 - High transport Jc in magnetic fields up to 27 T in Ba0.6K0.4Fe2As2 superconductor tapes East School
East School
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89
S-01: 329 - Influence of the HTS Roebel cable architecture on its mechanical and electrical properties East School
East School
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90
S-01: 387 - Design aspects and operational characteristics of the NHMFL 32T superconducting magnet East School
East School
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88
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M-07: Cryogenic materials testing and methods
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91
M-07: 238 - Metallurgical changes of cryogenically created coated carbide and its performance while wet machining austenitic stainless steel – 310 Room 10
Room 10
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92
M-07: 131 - Design of device for thermal emissivity measurement at low temperature based on cryocooler Room 10
Room 10
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93
M-07: 022 - Fatigue cyclic testing of the ITER CS inlets Room 10
Room 10
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91
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E-01: Large scale refrigeration, liquefaction, air separation and industrial cryogenics.
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94
E-01: 129 Turbo-Brayton cryogenic systems: latest commissioning and new applications Room 6
Room 6
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94
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16:00
Tea/Coffee & Exhibition North School / Marquee / First Square / Second Square
North School / Marquee / First Square / Second Square
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Wednesday Poster Session: Poster Session 3 North School
North School
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95
E-05: Cryostat technology and thermal insulation
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96
E-06: Thermo-physical properties of solids and fluids in cryo-systems
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97
E-07: Magnet technology, design and evaluation
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95
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Wednesday Poster Session: Poster Session 4 Marquee
Marquee
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98
E-07: Magnet technology, design and evaluation
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99
E-08: Large scale cryogenics: fusion reactors, accelerators, superconducting cavities and detectors
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100
E-09: Low temperature refrigeration for quantum computers, detectors and LT experiments
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101
E-10: Superconducting current leads and links
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102
M-01: rocessing and properties NbTi/Nb3Sn/A15/RE123/BSCCO and MgB2
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98
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ICEC Board meeting: ICEC Board meeting (members only) Room 10
Room 10
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07:30
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07:30
Registration & Refreshments Main Foyer
Main Foyer
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Plenary 4: Lessons Learned from ITER Magnets: Materials Development & Industrialisation. Speaker: Neil Mitchell. Session Chair: Prof. Herman ten Kate South School
South School
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E-02: Cryocoolers: Pulse tube, GM, Stirling, Magnetic and other coolers
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103
E-02: 305 - Outgassing characteristics analysis of mechanical cryocooler materials East School
East School
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104
E-02: 318 - Minimising flow losses within the pulse tube of a Stirling pulse tube cryocooler East School
East School
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103
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E-04: Space cryogenic applications
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105
E-04: 203 - In-orbit performance of the SLSTR cryo-cooler system on Sentinel 3A. Room 7
Room 7
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106
E-04: 108 - Development of a new MLI for orbital cryogenic propulsion systems: thermal performance under one atmosphere to vacuum Room 7
Room 7
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107
E-04: 364 - ADR Design and Operation for the X-ray Astrophysics Recovery Mission XARM Room 7
Room 7
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105
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E-05: Cryostat technology and thermal insulation
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108
E-05: 167 - Design of the Helium gas transfer line for the Warm Regeneration System of the ITER fusion reactor Room 10
Room 10
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109
E-05: 169 - Experimental measurements on MLI performance from 20-60 K to 4.2 K Room 10
Room 10
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110
E-05: 272 - Thermal performance of the new superfluid helium vertical test cryostats for magnet tests at CERN Room 10
Room 10
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108
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E-08 - Large scale cryogenics: fusion reactors, accelerators, superconducting cavities and detectors Room 7
Room 7
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111
E-08: 325 - Options for a reliable cryogenic supply for the FAIR facility Room 9
Room 9
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112
E-08: 349 - Conceptual design of the DTT magnets cooling loops Room 9
Room 9
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113
E-08: 354 - Cryogenic supply for the facility for antiproton and ion research Room 9
Room 9
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114
E-08: 376 - Preliminary conceptual design of FCC-hh refrigerators: Linde evaluation Room 9
Room 9
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111
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E-15: Biological, medical and food applications
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115
E-15: 36 - MRI and its global impact in healthcare South School
South School
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116
E-15: 191 - A tissue snap-freezing device without sacrificial cryogens South School
South School
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117
E-15: 291 - Snap-freezing of biological specimens enclosed in cryo-vials with different thermal properties: a quantitative study South School
South School
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115
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M-04: HTS Bulk, thin films and cables
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118
M-04: 382 - Thirty years of bulk superconductivity: history and prospects Room 6
Room 6
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119
M-04: 171 - Effect of bending and twisting in electro-mechanical properties of HTS Tapes used for HTS power cable Room 6
Room 6
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118
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E-11: Cryogenics for power applications and transportation
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120
E-11: 021 - Rotor cooling concept for the ASuMED superconductive motor Room 6
Room 6
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120
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10:30
Tea/Coffee & Exhibition North School / Marquee / First Square / Second Square
North School / Marquee / First Square / Second Square
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Thursday Poster Session: Poster Session 5 North School
North School
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121
E-11: Cryogenics for power applications and transportation
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122
E-12: Various applications of superconductors
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123
E-13: LNG and hydrogen systems
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124
E-14: New devices and novel concepts
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125
E-15: Biological, medical and food applications
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126
E-16: Instrumentation, telemetry and process control
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121
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Thursday Poster Session: Poster Session 6 Marquee
Marquee
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127
E-16: Instrumentation, telemetry and process control
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128
E-17: Safety, reliability and standards
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129
M-01: Processing and properties NbTi/Nb3Sn/A15/RE123/BSCCO and MgB2
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130
M-02: Pnictides and other superconducting materials
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131
M-03: 095 - Insulative high thermal conduction plastics for increase of stability in conduction-cooled HTS coils
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132
M-03: Superconductor stability, AC losses and electromagnetic properties
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133
M-04: HTS Bulk, thin films and cables
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134
M-06: Metallic, composite materials, insulation and impregnation materials processing and properties
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135
M-07: Cryogenic materials testing and methods
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136
M-08: New cryogenic materials properties and applications
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137
M-09: Cryogenic low and high power electronics, superconducting detectors
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138
M-10: Radiation and other degradation effects
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139
M-11: Heat transfer, thermodynamic and fluid properties of cryogenic materials
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127
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12:30
Lunch & Exhibition North School / Marquee / First Square / Second Square
North School / Marquee / First Square / Second Square
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Plenary 5: The EcoSwing Project. Speaker: Tiemo Winkler. Session Chair: Prof. Chris Grovenor South School
South School
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E-06: Thermo-physical properties of solids and fluids in cryo-systems
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140
E-06: 030 - Study on heat transfer between the High Luminosity LHC beam screens and the He II-cooled beam tube Room 10
Room 10
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141
E-06: 31 - Study on transient heat transport at metal to dielectric interfaces in the temperature range between 3.5 K and 30 K Room 10
Room 10
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140
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E-09: Low temperature refrigeration for quantum computers, detectors and LT experiments.
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142
E-09: 341 - Ultra-low vibration Helium reliquefiers for Magnetoencephalography East School
East School
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143
E-09: 350 - Continuous sub-kelvin cooling from an adiabatic demagnetization refrigerator East School
East School
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142
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E-16: Instrumentation, telemetry and process control
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144
E-16: 046 - Implementation of preventive diagnostics measures for the CERN cryogenic system South School
South School
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145
E-16: 082 - Characterization of the Venturi flowmeters for the control of ITER magnets South School
South School
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146
E-16: 172 - Measurements of pressure oscillations and mechanical vibrations South School
South School
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144
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M-04: HTS Bulk, thin films and cables
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147
M-04: 327 - Enhanced-textured-powder Bi-2212/Ag wire development Room 6
Room 6
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147
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M-09: Cryogenic low and high power electronics, superconducting detectors
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148
M-09: 063 - A Compact 4 K Cooling System for Superconducting Nanowire Single Photon Detectors Room 6
Room 6
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148
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15:30
Tea Coffee & Exhibition North School / Marquee / First Square / Second Square
North School / Marquee / First Square / Second Square
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E-04: Space cryogenic applications
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149
E-04: 098 - Cooling performance of Joule Thomson coolers in 300K-50mK cryochain demonstration for ATHENA X-IFU
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150
E-04: 105 - Emissivity of black plated open honeycomb and black coatings at cryogenic temperatures
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149
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E-05: Cryostat technology and thermal insulation
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151
E-05: 301 - Design of an ultra-thin, radiation length optimized, metallic cryostat for a 2T/4m free bore detector solenoid Room 10
Room 10
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152
E-05: 275 - Development of thin, highly radiation transparent cryostats for the detector magnets of the Future Circular Collider Room 10
Room 10
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151
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E-09: Low temperature refrigeration for quantum computers, detectors and LT experiments.
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153
E-09: 32 - Heat transfer at dielectric – metallic interfaces in the ultra-low temperature range East School
East School
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154
E-09: 34 - Development trends in Superconducting and Cryogenics technologies for Quantum Applications East School
East School
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155
E-09: 187 - Stable temperature regulation for TES test below 200mK employing improved Cohen-Coon method East School
East School
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153
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E-10: Superconducting current leads and links
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156
E-10: 017 - Development of 10 kA current leads cooled by a cryogenic mixedrefrigerant cycle Room 9
Room 9
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156
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M-04: HTS Bulk, thin films and cables
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157
M-04: 190 - Comparison of the superconducting properties of YBa2Cu3O7 and YBa2Cu3O7-Ag Room 6
Room 6
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158
M-04: 223 - Design considerations for electric motors using stacks of high temperature superconducting tape as permanent magnets Room 6
Room 6
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157
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17:00
Closing Ceremony South School
South School
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19:00
Conference Dinner (Tickets Only) Oxford Town Hall
Oxford Town Hall
St Aldate's, Oxford OX1 1BX
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07:30