Wie viel Strom braucht eine Railgun?
Das größte Problem bei der Konstruktion liegt in dem erforderlichen Energiespeicher, welcher kurzzeitig eine Leistung von mehreren Megawatt bis ca. 1 Gigawatt liefern muss. Verwendet werden hierfür unter anderem starke Kondensatoren. Dies macht die Waffe sehr schwer.
Wo ist der schwere Gustav heute?
Dort wurde die Kanone 1960 zerteilt und eingeschmolzen, Geschosse wurden gesprengt. Zwei Hülsen befinden sich jetzt im Museum „Stalingradskaja Bitwa“ in Wolgograd (erster Saal). Das zweite (niemals aktive) Geschütz wurde im März 1943 in Rügenwalde abgebaut und weiter westlich eingelagert.
What is a raygun and how does it work?
A raygun is a science fiction particle-beam weapon that fires what is usually destructive energy. They have various alternate names: ray gun, death ray, beam gun, blaster, laser gun, laser pistol, phaser, zap gun, etc. In most stories, when activated, a raygun emits a ray, typically visible, usually lethal if it hits…
What are the disadvantages of ray guns?
Ray guns as described by science fiction do not have the disadvantages that have, so far, made directed-energy weapons largely impractical as weapons in real life, needing a suspension of disbelief by a technologically educated audience: Ray guns draw seemingly limitless power from often unspecified sources.
What is the origin of the term ray gun?
According to The Encyclopedia of Science Fiction, the word „ray gun“ was first used by Victor Rousseau in 1917, in a passage from The Messiah of the Cylinder: All is not going well, Arnold: the ray-rods are emptying fast, and our attack upon the lower level of the wing has failed.
Do gamma ray bursts prove the existence of rayguns?
In his book Physics of the Impossible, Michio Kaku used gamma ray bursts as an evidence to illustrate that extremely powerful rayguns such as the Death Star ’s primary weapon in the Star Wars franchise do not violate known physical laws and theories. He further analyses the problem of rayguns‘ power sources.