漢德百科全書 | 汉德百科全书
Military, defense and equipment
§***World military power§*Treaty on the Non-Proliferation of Nuclear Weapons§Anti-submarine missile§Anti-tank missile§Anti Radar Missile/Anti Radiation Missile§Anti satellite missile§Anti-aircraft missile§Glide bomb§Intercontinental ballistic missile§Short-range missile§Air-to-Surface Missile§Air-to-Air Missile§Cruise missile§Medium range missile§Gun-launched missiles§Anti-ship missile§Long-range ballistic missile***Military intelligence***Military journal*Steam frigate*Historical aircraft carriers*Historical cruisers*Historical military aircraft*Historical tanks*Historical battleships*Historical trainer aircraft*Historical sea reconnaissance aircraft*Historical Destroyers*Wars and battles*Ship of the line*Military academy*Strategy|EventsAmphibious command shipAmphibious Transport DockAmphibious aircraftNuclear submarineNuclear WeaponBallistic Missile Defense SystemFamous aerobatic teamEMALS|AAGDirected-energy weaponFirearmAircraft propulsionAircraft carrierFrigate/CorvetteSpeed of the shipGlass CockpitHospital shipIdentification Friend or Foe,IFFInfrared targeting systemIT troopCombat helicopterCombat systemCavalryCruiserLittoral Combat ShipLogistic transportAerial refuelingHovercraft DropshipMan Portable Air Defense SystemMilitary vehicleMilitary aircraftMilitary maneuvers and military competitionAmmunitionNight combat equipmentNavigation Satellite SystemTankRadarRocket launcherShip propulsionShip artilleryMaritime Reconnaissance AircraftSea mineSelf-propelled artillerySonarSporting weaponsStrategic bomberTacticsDecoy systemTorpedoTransport planeSubmarine Unmanned aircraftOffshore supply vesselVertical Launching SystemWater bombDestroyer
History
Dynamit
Dynamit (gr. δύναμις dýnamis ‚Kraft‘) ist ein 1866 von dem schwedischen Chemiker Alfred Nobel erfundener Sprengstoff.
Munition mit kleinem Kaliber/Small Caliber Ammunition
USS Richard M. McCool Jr. LPD-29
Science and technology
Schrägdetonationsmotor/Oblique Detonation Engine,ODE
斜爆震发动机（Oblique Detonation Engine，ODE）是一种先进的超高速推进技术，基于“爆震波”（Detonation Wave）而非传统的“燃烧波”（Deflagration Wave）来进行推进。它被认为是未来高超音速飞行器（如航天飞机、导弹或快速运输器）的潜力核心技术之一。高效率：比传统燃烧方式更高效（热效率更高）。 推重比高：爆震释放能量更集中，推力强。 速度极限更高：理论上能支持马赫8~10以上。 无需可动部件：结构上比涡轮等传统发动机更简单（适合无人高速飞行器）。
