活動詳細
第13屆歐洲應用超導會議
[ 會議基本信息 ]
會議名稱(中文)： 第13屆歐洲應用超導會議
會議名稱(英文)： 13th European Conference on Applied Superconductivity
所屬學科： 電子工程,材料科學基礎學科,電工,工程熱物理
開始日期： 2017-09-17
結束日期： 2017-09-21
所在國家： 瑞士
所在城市： 瑞士
具體地點： Geneva, Switzerland
主辦單位： European Society for Applied Superconductivity
協辦單位：
承辦單位：
議題：
[ 組織結構 ]
會議主席：
組織委員會主席：
程序委員會主席：
會議嘉賓：
姓名 職務 簡介 演講題目
[ 重要日期 ]
[ 會務組聯系方式 ]
聯系人：
聯系電話： +41 (0)22 839 84 84
傳真： +41 (0)22 839 84 85
E-MAIL： contact@eucas2017.org
通訊地址：
郵政編碼：
會議注冊費：
會議網站： http://eucas2017.org/2017/
會議背景介紹：
Welcome to the 13th biennial European Conference on Applied Superconductivity, EUCAS 2017, organized under the auspices of ESAS, the European Society for Applied Superconductivity.
EUCAS 2017 will be held 17-21 September 2017 in the International Conference Centre of Geneva (CICG), hosted by CERN in collaboration with the University of Geneva and EPFL-SPC.
EUCAS is a worldwide forum for scientists and engineers, and provides an ideal platform to share knowledge and the most recent advances in all areas of applied superconductivity: from large-scale applications to miniature electronics devices, with a traditional focus on advanced materials and conductors. The broad scope is at the same time a challenge and an opportunity to foster novel, inter-disciplinary approaches and promote cross-fertilization among the various fields of applied superconductivity.
The Scientific Program Committee has taken up this challenge, and is devising a diverse and exciting program. In line with the tradition of conferences on applied superconductivity, and following the successful experience of EUCAS 2015 in Lyon, all papers presented at the conference are eligible for submission to a peer-reviewed special issue of IEEE Transaction on Applied Superconductivity.
We plan to complement the scientific program with an evening outreach event, whose highlight will be the public address of Fabiola Gianotti, CERN Director General.
The conference will be closed by an event of unique flavor, punctuated by historical landmarks of superconducting technology for accelerators, that will take place in the large CERN Superconducting Magnet Test Facility complex, following a visit to some of the most significant CERN installations.
Geneva, located at the foot of the Alps and the Jura, on the banks of Lake Leman, at the border of Switzerland and France, has a long history of diversity and tolerance. It is the well-known seat of several International Organizations (among others the European headquarters of UN, WHO, WTO, UNHCR, ICRC, and CERN). But Geneva is also a unique city of culture, and the perfect home base for exploring wonderful surroundings in Switzerland and France (the Mont Blanc alpine slopes are less than an hour’s drive away). Participants to EUCAS 2017 will be able to find a wide range of hotels suitable for each need.
On behalf of the Local Organizers, the Program Committee, and the many volunteers who are helping to arrange for a world-class conference, we welcome you to Geneva in September 2017.
征文范圍及要求：
Categories, Topics And Subtopics For EUCAS 2017
1 MATERIALS
11 Wires And Tapes
11.1 Nb based composites
11.2 MgB2 wires and tapes
11.3 Bi-Oxides wires and tapes
11.4 Coated conductors
12 Materials
12.1 Metals, alloys and simple compounds
12.2 Cuprates and related materials
12.3 Fe-based materials
12.4 Thin Films, artificial structures, multilayers (including buffer layers, templates…)
12.5 Other materials including novel materials
13 Properties
13.1 Basic properties (Critical Fields, Critical Temperature….)
13.2 Mechanical properties, strain sensitivity, thermal properties
13.3 Magnetization and AC loss
13.4 Critical current and flux pinning
13.5 Other properties
13.6 Measurement techniques
2 LARGE SCALE
21 Superconducting Magnets
21.1 Accelerator magnets and cables
21.2 Fusion magnets and cables
21.3 Detector magnets and cables
21.4 High field, NMR magnets and cables
21.5 HTS magnets and cables
22 Electric Power Applications
22.1 Motors, generators and other rotating machines
22.2 Power transmission lines and cables
22.3 Transformers, SMES and fault current limiters
23 Other Large Size Applications
23.1 Superconducting RF
23.2 Levitation, transportation and propulsion
23.3 Magnetic separation and other applications
23.4 MRI and medical applications
24 Design, Ancillaries And Technology
24.1 Current leads
24.2 Quench and protection
24.3 Stability and AC loss
24.4 Magnet design and analysis
24.5 Electrical insulation materials and systems
24.6 Measurement techniques
3 ELECTRONICS
31 Electronic Devices And Circuits
31.1 Josephson junctions
31.2 Digital circuits
31.3 Analogue circuits
31.4 Quantum information processing
31.5 Microwave devices
31.6 Other devices and applications
31.7 Electronic device fabrication
32 Detectors
32.1 Transition edge sensors
32.2 Nanowire detectors
32.3 Thermal/equilibrium detectors
32.4 Non-thermal/non-equilibrium detectors
33 SQUIDs And Sensors
33.1 SQUIDs and SQIFs: design and fabrication
33.2 NanoSQUIDs
33.3 Applications and systems
