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. .. Glossaire,

. .. Objectifs,

.. .. Partie-expérimentale,

. .. Origine-du-concept,

. , Procédés de préparation des mousses de nanothermite

.. .. Mousse,

. .. Mousse-de-nanothermite,

.. .. Mécanismes-de-formation-de-la-mousse,

. .. Microscopie-Électronique-À-balayage-(meb),

A. ). , Analyses thermiques

.. .. Bombe-calorimétrique,

. , Etude des mélanges métastables d'aluminium nanométrique avec les acides minéraux

. , Réaction de la poudre d'aluminium avec les acides minéraux communs

/. H. Al,

. , Préparation et allumage des pâtes nano-Al/H2SO4

. Observations and . .. Interprétations,

. .. Conclusion,

. .. Perspectives,

.. .. Références-bibliographiques-du-chapitre,

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, En résumé, ce travail de thèse co-financé par la DGA (Direction Générale de l'Armement) et

&. Isl,

. Liste-des-publications-m, C. Comet, M. Martin, F. Klaumünzer, D. Schnell et al., Energetic nanocomposites for detonation initiation in high explosives without primary explosives, Appl. Phys. Lett, vol.107, issue.24, p.243108, 2015.

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». C. Martin, M. Comet, M. Klaumünzer, V. Pichot, F. Schnell et al., « Nanothermites: a toolbox for solving contemporary challenges in pyrotechnics » M. Comet, pp.4-7, 2015.

, Dans différentes présentations d'axes réalisées à l'ISL

M. Comet, C. Martin, and F. ,

D. Schnell and . Spitzer, Réunion d'axe le 11/03/2015: High-performance nanothermites: landscape of possibilities

M. Comet, C. Martin, F. Schnell, V. Pichot, M. Klaumünzer et al., Réunion d'axe le 09/03/2016: Energetic nanocomposites for detonation initiation in high explosives without primary explosives

M. Comet, C. Martin, M. Klaumünzer, F. Schnell, and D. Spitzer-réunion,

M. Comet, C. Martin, F. Schnell, and D. , Spitzer Figure 4 : Diffractogramme de rayons X de la mousse de thermite, préparée par mélange de 3,45 g de nano-WO3 avec 3,00 g de nano-Al et 4,00 g de H3PO4 (85%) dilué avec 2, p.1150