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MWB/LB-2 : Interior Ballistics
* Gun And Launcher Propulsion Systems
* Approaches And Methods For Obtaining Low, High And Hyper-Velocity
* Methods To Obtain Consistent Round To Round Performance
* Standard Propellant Guns: Large Caliber & Small Caliber; Separated Loaded Ammunition; Combustible Cartridge Case; Ignition System, Propellant Interaction
* Liquid Propellant Gun Systems: Current Design Types; Operation; Liquid Propellant Types; Ignition Sequences & Techniques
* Electrical Chemical & Electrical Thermal Approaches
* Electromagnetic Launchers (EM): Induction; Capacitor; Thermal
* Light Gas Guns: Electromagnetic & Light Gas Gun Combinations
* Ignition Techniques: 105mm & 155mm Ignition Trains; Other Large Caliber Systems
* Breechblow Phenomenology: Pressure Wave Phenomena; Ignition Techniques; Burn, Web, Stick, Single, Double & Triple Base Propellant Characteristic
* Mortars: Propellant Ignition & Combustion In 81 Mm Mortars; Flame Spread Problems
* Ignition Systems: 25mm Telescoped Ammunition; Consolidated Ammunition;
* Heat Checking: Wear And Erosion: Methods And Techniques To Reduce Wear & Erosion
* Traveling Charge: Rocket Assisted Projectiles: Tubular & Ram Jet Projectiles
* Ring Air Foil Grenade (RAG) Concepts: High-Low & Folded Ammo
* Computer Programs To Predict Performance: Propellant Guns, Small & Large Caliber; Light Gas Launchers
* Relation Between Interior & Exterior Ballistic
Performance: Computer Programs And Drag Coefficient Calculations
* Caseless: Slurry System Concepts: Telescoped Ammunition Concepts
