184documents trouvés
Fabrication, assembly and tests of a MEMS based safe, arm and fire device
H.PEZOUS, M.SANCHEZ, F.MATHIEU, X.DOLLAT, S.CHARLOT, G.A.ARDILA RODRIGUEZ, C.ROSSI, D.ESTEVE
N2IS, MA2-UPC, 2I, TEAM
Manifestation avec acte : 8th International Wokshop on Micro and Nanotechnology for Power Generation and Energy Conversion Applications with the second Symposium on Micro Environnemental Machine Systems, Sendai (Japon), 9-12 Novembre 2008, pp.385-388 , N° 08884
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119376Introduction à la modélisation multiphysique de microsystèmes sur l'environnement COMSOL multiphysics
G.A.ARDILA RODRIGUEZ, G.ABLART, A.CAZARRE, C.ROSSI
N2IS, UPS
Manifestation avec acte : 10èmes Journées Pédagogiques du CNFM, Saint Malo (France), 26-28 Novembre 2008, 6p. , N° 08757
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116436Synthesis process of Al/CuOx nano wires from silicon wafer: application in nano energetics
M.PETRANTONI, L.SALVAGNAC, D.BOURRIER, C.ROSSI, K.ZHANG
N2IS, TEAM
Manifestation sans acte : Journées Nationales sur les Technologies Emergentes (JNTE), Toulouse (France), 19-21 Novembre 2008, 2p. , N° 08869
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118843PDMS based negative photoresist for microfluidic applications
S.SUHARD, G.A.ARDILA RODRIGUEZ, D.COLLIN, M-F.GUIMON, A.MARTINEZ RIVAS, P.MARTINOTY, M.MAUZAC, A.F.MINGOTAUD, C.ROSSI, C.SEVERAC
LCC, N2IS, Inst. Charles Sadron, IPREM, IMRCP, NBS
Manifestation avec acte : 12th International Conference on Miniaturized Systems for Chemistry and Life Sciences (MicroTAS'08), San Diego (USA), 12-16 Octobre 2008, 2p. , N° 08222
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115619A nano initiator realized by integrating nano Al/CuO based energetic materials with a Au/Pt/Cr micro heater
K.ZHANG, C.ROSSI, M.PETRANTONI, N.MAURAN
MIS, N2IS, 2I
Revue Scientifique : Journal of Microelectromechanical Systems, Vol.17, N°4, pp.832-836, Septembre 2008 , N° 08291
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Abstract
A nano initiator is developed by integrating Al/CuO-based nanoenergetic materials with a Au/Pt/Cr thin-film microheater realized onto a glass substrate. It is fabricated by using standard microsystem techniques that allow batch fabrication and high level of integration and reliability. The nano initiator is characterized by open-air combustion testing with an ignition success rate of 98%. The ejected combustion flame is seen clearly with a potential exceeding 2000°C. The ignition power, ignition delay, and ignition energy are 1.16 W, 0.1~0.6 ms, and 0.12~0.70 mJ, respectively. The energy output is calculated to be around 60 mJ.
Mots-Clés / Keywords
Nano; Initiator; Al/CuO; Energetic material; Micro; Heater;
Emergence du concept d'intelligence ambiante: enjeux et défis pour l'Energie Embarquée
G.A.ARDILA RODRIGUEZ, M.BRUNET, H.DUROU, C.ESCRIBA, D.ESTEVE, J.Y.FOURNIOLS, C.ROSSI
MIS, ISGE
Conférence invitée : (papier invité) 12ème Journées Nano Micro et Optoélectronique, Ile d'Oléron (France), 3-6 Juin 2008, 8p. , N° 08266
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113974Nano energetics: an exploding technological area
C.ROSSI, M.PETRANTONI, A.ESTEVE, D.ESTEVE, J.M.DUCERE, M.DJAFARI ROUHANI, G.LANDA, K.ZHANG
MIS, N2IS
Manifestation sans acte : Gordon Research Conferences: Energetic Materials, Tilton (USA), 15-20 Juin 2008, 11p. , N° 08293
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114754Conception et rélisation d'une µamorce sécurisée en technologie silicium
H.PEZOUS, P.PENNARUN, C.ROSSI
N2IS
Manifestation avec acte : Journées Nationales du Réseau Doctoral en Microélectronique (JNRDM 2008), Bordeaux (France), 14-16 Mai 2008, 4p. , N° 08876
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119118Conception et intégration d'un micro initiateur sécurisé sur Si : prototypage de l'initiateur
H.PEZOUS, X.DOLLAT, C.ROSSI, D.ESTEVE
N2IS, 2I
Rapport de Contrat : Rapport REI micro initiateur contrat DGA Nexter Munition n° 08191, 30 Avril 2008 , N° 08877
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119157Synthesis of NiO nanowalls by thermal treatment of Ni thin film deposited onto a stainless steel substrate
K.ZHANG, C.ROSSI, P.ALPHONSE, C.TENAILLEAU
MIS, CIRIMAT
Revue Scientifique : Nanotechnology, Vol.19, N°15, 7p., Avril 2008 , N° 07595
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Abstract
Two-dimensional nanostructures have a variety of applications due to their large surface areas. In this study, the authors present a simple and convenient method to realize two-dimensional NiO nanowalls by thermal treatment of a Ni thin film deposited by sputtering onto a stainless steel substrate. The substrate surface area is supposed to be significantly increased by creating nanowalls. The effects on the nanowall morphology of the thermal treatment temperature and duration are investigated. A mechanism based on the surface diffusion of Ni2+ ions from the Ni base film is then proposed for the growth of the NiO nanowalls. The as-synthesized NiO nanowalls are characterized by scanning electron microscopy, energy-dispersive x-ray analysis, x-ray diffraction, transmission electron microscopy and high resolution transmission electron microscopy.
Mots-Clés / Keywords
Nanowall; Thermal treatment; Ni thin film; Stainless steel substrate; NiO;