| 主辦單位： | IEEE Magnetics Society |
| 承辦單位： | IEEE Magnetics Society |
| 展會日期： | 2014-03-31至04-01 |
| 舉辦地址： | 英國 London, United Kingdom |
| 關(guān)注次數(shù)： | 0 |
| 官方網(wǎng)站： | http://conferences.theiet.org/cem/index.cfm?origin=/cem2014 |
會議名稱(英文)：2014 Ninth International Conference on Computation in Electromagnetics (CEM)
所屬學(xué)科：電子工程
聯(lián)系人： Rafal Kornatowski
聯(lián)系電話： +44 (0)1438 765 659
E-MAIL： rkornatowski@theiet.org
會議背景介紹：
Welcome to CEM 2014, a call for papers conference for the presentation of the latest research into computational techniques in electromagnetics.
CEM conference series, this time organised in Great Britain’s cosmopolitan capital, provides a forum for the discussion of computational techniques in electromagnetics.
The event will address a wide array of aspects and applications of numerical modelling based on computational techniques. Both low and high frequency fields are covered, as well as electromagnetic hazards and EMC.
征文范圍及要求：
The International Steering Committee welcomes original contributions covering all aspects of Computational Electromagnetics. Contributions are encouraged from, but not limited to, the themes and topics in the following areas:
A. Methods and techniques of computational electromagnetics
A1. Theory
A2. Algorithms
A3. Software developments
A4. Novel computer architecture
A5. Coupled problems
A6. Optimisation
A7. Micro- and nano-electromagnetics
A8. Statistical electromagnetics
A9. Parallel and high performance computing
B. Numerical methods
B1. Finite difference and finite volume methods
B2. Finite elements/edge elements
B3. Boundary elements/method of moments
B4. Transmission line modelling
B5. Mode matching
B6. Geometric theory of diffraction/physical optics
B7. Hybrid methods
B8. Multipole methods
B9. Finite integration
C. Applications of CEM
C1. Antennas
C2. EMC/EM hazards
C3. Machine design
C4. Non-destructive testing
C5. Sensors/actuators
C6. Microwave/optical circuits
C7. Electromagnetic band gap structures and meta-materials
C8. Bio-electromagnetic
C9. Nanotechnologies
C10. Material modelling
C11. Power electronics
C12. Visualisation of electromagnetic phenomena
C13. Fault tolerant design
C14. High power microwaves
C15. Pulsed power source modelling
C16. Superconductivity
C17. Antenna array and phased array EM modelling
C18. Millimeter wave and terahertz systems
C19. Emerging EM propagation and analysis issues
C20. Other applications
D. Cem in education
E. Code validation
