Institut Franco-allemand De Recherches De Saint-louis

Christian Baras

Francois Bauer

Jean Blaise

Denis Spitzer

Marc Comet

Eric Fousson

Dominique Hassler

Fabrice Ciszek

Frederic Sourgen

Auguste Ritter

Claude Steinbach

François Bauer

Frédéric Sourgen

Barbara Baschung

Daniel Mura

Christophe Bissel

Friedrich Leopold

Henri Moulard

The invention concerns the field of devices for improving the piloting of projectiles More specifically, the object of the invention is a piloting device for a missile or a projectile, for example, of small caliber, especially on the order of 40 mm, which has a lateral main surface with a nose at the level of one of its extremities, whereby said device includes at least one cavity consisting of a combustion chamber and filled, at least partially, by an explosive powder, and means of initiation of this explosive powder, and thereby the explosive powder includes nanothermites or gas-generating nanothermites.

Piloting device of a missile or of a projectile

A method of manufacturing, by suspension polymerization, dielectric copolymers, including injecting an initial mixture of constituent monomers into an autoclave at constant temperature and pressure, wherein the mixture of constituent monomers including vinylidene difluoride (VDF), trifluoroethylene (TrFE), and a monomer 2 to 10 times more reactive than VDF and TrFE; and continuously reinjecting at constant pressure, as soon as the reaction is initiated and throughout the duration of polymerization, a second mixture of the constituent monomers, wherein the molar composition of the initial mixture and the second mixture are determined by calculation, in a manner known of itself, taking into account the desired molar composition of the copolymer and the higher reactivity of the third monomer.

Method of manufacturing vinylidene difluoride and trifluoroethylene-based dielectric copolymers

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Saint Louis, France

Christian Baras