Protection and perforation

Historique

Theses

Postdocs

Lois de commandes pour projectiles gyroscopés

Liste des Hôtels

Activités Scientifiques

Aerodynamics and flight mechanics

Detonics

Homeland Security

Internal ballistics

Optronics and sensors

Protection and perforation

High pulsed power technology

Protection of military personnel

Free-Flight Investigations

Precision-Guided Flying Vehicles

Investigations in Aerodynamics

Nanoenergetics

Nanocarbonaceous Materials with Energetic Techniques

Opto-Pyrotechnical Technology

Night Vision for Security

Laser Neutralization of Explosive Devices

Acoustic Detection and Localization

Countering the Threat from IEDs

Illicit Substance Detection with NQR

Image Change Detection for IED Detection

Semiconductor Technology

Electromagnetic Railgun

High-Power Microwave Metrology

High-Power Semiconductor Switches – Multichip Thyristor

High-Power Microwave Technologies

High Power Semiconductor Switches – 20 kV IGBT Modules

Protection of Military Personnel against Noise and Blast Waves

Moyens d'essai

Lanceurs électriques

Installations aérodynamiques

Balistique intérieure

Valorisation des Résultats

Gestion de contrats et d’expertise

Brevets

Transferts de technologie

Publications

Activités Scientifiques

Accueil > Activités Scientifiques > Protection and perforation

DEUTSCH

ENGLISH

Aerodynamics and flight mechanics

Detonics

Homeland Security

Internal ballistics

Optronics and sensors

Protection and perforation

High pulsed power technology

Protection of military personnel

Homeland Security

Laser sources and their applications

Protection and perforation

Active protection, new armour materials: steels and ceramics, electric armour against shaped charges, medium calibre projectiles, numerical simulations of terminal ballistic effects, projectile with enhanced lateral efficiency (PELE®).