Scientific papers Henri Coanda US Patent #2108652 Propelling device (1936) Jean-Pierre Petit Académie des Sciences de Paris, Convertisseurs MHD d’un genre nouveau : appareils à induction (1975) Jean-Pierre Petit 8th International MHD meeting, Moscow (1983) Is supersonic flight without shock wave possible? Jean-Pierre Petit 8th International MHD meeting, Moscow (1983) Cancellation of the Velikhov instability by magnetic confinment Note Technique n°9 Note Technique GEPAN ENSAE/CNES Propulsion MHD (annihilation vague d’étrave, 1981) Mémoire ENSEEIHT CNES/GEPAN Écoulement MHD autour d’un cylindre (1983) Note Technique n°16 Note Technique GEPAN (1er mars 1983) Analyse d’une trace, cas de Trans-en-Provence (1981) Note Technique n°17 Note Technique GEPAN (21 mars 1983) Cas de “L’Amarante” Lumières dans la Nuit Modifications biochimiques : Cas de Landévennec (20 mai 1974) B Lebrun, JP Petit 11th International MHD meeting, Beijing (1992) Theoretical analysis of shock wave annihilation with MHD force field Jean-Pierre Petit 2nd Euro-Asian Pulsed Power Conference (EAPPC2008), Vilnius, Lithuania (september 2008) MHD flow-control for hypersonic flight Jean-Pierre Petit 2nd Euro-Asian Pulsed Power Conference (EAPPC2008), Vilnius, Lithuania (september 2008) Wall confinement technique by magnetic gradient inversion. Accelerators combining induction effect and pulsed ionization. Applications Jean-Pierre Petit 2nd Euro-Asian Pulsed Power Conference (EAPPC2008), Vilnius, Lithuania (september 2008) Non equilibrium plasma instabilities Jean-Pierre Petit 16th AIAA/DLR/DGLR International Space Planes and Hypersonic Systems and Technologies Conference, Bremen (october 2009) MHD hypersonic flow control for aerospace applications JP Petit, JC Doré 3rd Euro-Asian Pulsed Power Conference (EAPPC2010) ICC Jeju, Jeju, Korea (10-14 octobre 2010) Wall confinement technique by magnetic gradient inversion JP Petit, JC Doré 25th Symposium on Plasma Physics and Technology (SPPT 2012) Prague, Czech Republic (June 2012) Velikhov Electrothermal Instability Cancellation by a Modification of Electrical Conductivity Value in a Streamer by Magnetic Confinement
