Articles should be written and hence submitted following the general instructions detailed here. The paper should be sent to icefa2007@univ-bpclermont.fr for Submission, and the file should be renamed as icefa2007_Name.doc, where Name is the name of the corresponding Author.
We remember that Articles should describe original work which should clearly indicate the new and significant advances and their importance. Once received Articles will be sent to the Scientific Committee. The respect of the redaction guidelines and the accordance with the topics concerned with the Conference will be examined. The revised Article will be sent back within a fortnight after the Referees advices.
The details of the Sessions can be found in the Final Program and Book of Abstracts. The duration of the oral contribution is fixed to 25 minutes of which 15 minutes dedicated to discussion. The numeric support should be compatible with Power Point for Windows Xp and Windows Vista. During the Conference it will be asked the files of the contributors so as to display the whole of the presentations on the web site after the Conference.
| Authors | Title |
|---|---|
| Opening Lecture | |
| Gelet JL | To the origins of fuses |
| Session I | |
| Cai J, Wang J | Using a parallel resonance circuit to measure time-current characteristics of high-voltage current-limiting fuses |
| Psomopoulos CS, Diamadopoulos D, Karras C, Karagiannopolous P, Tsivlikas E | Experimental investigation of the fusion in cylindrical exploding wires using high current densities with industrial frequency |
| Ramirez AA | Some common performance characteristics of gas-blast interrupters and power expulsion fuses |
| Bussiere W, Rochette D, Memiaghe S, Velleaud G, Latchimy T, Andre P | Measurement of the pre-arcing time in HBC fuse in the case of tests performed with a kVA station |
| Session II | |
| He H, Wang J | A high voltage vacuum type hybrid current limiting fuses for double protection of the shunt power capacitors |
| Giurgiu V, Oarga G | Improved technology for manufacturing of the high-voltage fuse-links |
| Ishikawa Y, Hirose K, Asayama M, Yamano M, Kobayashi S | Dependence of current interruption performance on the element patterns of etched fuses |
| Tourn DH, Gomez JC | Low voltage lithographic fuses: preliminary results of breaking capacity and cyclic load tests |
| koprivsek M | Comparison of electrical behaviour between the liquid metal current limiter and the low voltage melting fuse |
| Raihane A, Bonnefoy O, Gelet JL, Chaix JM, Thomas G | Compaction by horizontally vibrated 3D granular materials. Application to sand filling and compaction in electrical fuses |
| Darie El, Darie Em | Fault current limiters based on high temperature superconductors |
| Session III | |
| Bassford J | The background and aims of Profuse |
| Plesca A | A complete 3D thermal model for fast fuses |
| Rochette D, Bussiere W, Touzani R, Memiaghe S, Velleaud G, Andre P | Modelling of the pre-arcing period in HBC fuses including solid – liquid – vapour phase changes of the fuse element |
| Andre P, Aubreton J, Bussiere W, Elchinger MF, Memiaghe S, Rochette D | Basic data: composition, thermodynamic properties and transport coefficients applied to fuses |
| Brown RE | Time correlated techniques to investigate arcing dynamics about the peak voltage instant during current interruption in sand filled fuses using an optical spectrum analyser |
| Bussiere W, Rochette D, Velleaud G, Andre P | Study of the SiO2 plasma radiation. Application to the fuse arc plasma |
| Saqib MA, Stokes AD, Falconer IS, James BW | Estimation of the plasma’s particle densities during the arcing period of a high-voltage fuse |
| Memiaghe S, Bussiere W, Rochette D | Numerical method for pre-arcing times: application in HBC fuses with heavy fault-currents |
| Session IV | |
| Rossignol J, Teste P, Bourillot E, de Fonseca B, Jouhannaud J | Experimental approach of the interaction between a submicroscopic cathode tip and the plasma |
| Bueno Barrachina JM, Catalan Izquierdo S, Canas Penuelas CS, Cavalle Sese F | Arc roots FEM modelling and simulation at plane electrodes |
| Teste P, Rossignol J | Thermal model of the evolution of fragments inside a microscopic spot: A multiscale approach of the interaction plasma/cathode |
| Lefort A, Abbaoui M, Sallais D, Ben Jemaa N, Carvou E | Theoretical and experimental determination of erosion rate for silver contacts under 14 VDC |
| Yatsenko NM, Yatsenko EA | Radiarion of system of linear wires in magnetoplasma |
| Session V | |
| Wilkins R | Effect of electrode orientation, insulating barriers, and current-limiting fuses on arc flash events |
| Sweeting D, Stokes D | Energy transfers within arcing faults in electrical equipment |
| Lang M, Neal T, Wilkins R | Introduction to arc flash |
| Bessei H | Incorrect use of fuse characteristics in IEC 62271-105 restricts H.V. fuse application in ring main units |
| Grote M, Fink G | Fuse recycling in Germany – an initiative for Europe |
| Gelet JL, Gauchon J | Facing global-warming, manufacturers are invited to think to eco-design environmental product declaration also concerns fuses |