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Möglichst viel Energie pro Kilogramm: Raketentreibstoffe sollten ein eine hohe Energiedichte haben. Hier sieht man den Start einer Rakete. © NASA => Zurück zum Artikel


Energiedichten


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Bildinfo


  • Möglichst viel Energie pro Kilogramm: Raketentreibstoffe sollten ein eine hohe Energiedichte haben. Hier sieht man den Start einer Rakete.
  • The powerful aluminum-ammonium perchlorate reaction fuels the twin SLS solid rocket boosters.
  • Solid Rocket Booster Details:
  • Length: 177 feetDiameter: 12 feet
  • Weight: 1.6 million pounds each
  • Propellant: polybutadiene acrylonitrile (PBAN)
  • Thrust: 3.6 million pounds each
  • Operational time: 126 seconds

Source


  • Created: Before the year 2018
  • Author: NASA

License


  • This image is from the NASA Imaga Library.
  • On the website is the following note:
  • NASA content - images, audio, video, and computer files used in the rendition of 3-dimensional models, such as texture maps and polygon data in any format - generally are not copyrighted. You may use this material for educational or informational purposes, including photo collections, textbooks, public exhibits, computer graphical simulations and Internet Web pages. This general permission extends to personal Web pages. [This note was copied from the image gallery site on March 4th, 2020]

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Originalseite


  • Das Bild ist Teil eines online-Lexikons.
  • Rhetos Lernlexikon Mathematik, Aachen: