File:BombH explosion.svg
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Summary
[edit]Teller-Ulam hydrogen bomb firing sequence, modified from Howard Morland, The Secret that Exploded (Random House, 1981).
A Warhead before firing; primary at top, first at top. Both components are fusion-boosted fission bombs.
B High-explosive fires in primary, compressing plutonium core into supercriticality and beginning a fission reaction.
C Fission in primary emits X-rays which channel along the inside of the casing, irradiating the polystyrene foam channel filler.
D Polystyrene foam becomes plasma, compressing secondary, and plutonium sparkplug inside the secondary begins to fission, supplying heat.
E Compressed and heated, lithium-6 deuterium fuel begins fusion reaction, neutron flux causes tamper to fission. A fireball is starting to form...
A Bombe avant explosion; étage de la fission en haut (primaire), étage de la fusion en bas (secondaire), toutes suspendues dans une mousse de polystyrène.
B L'explosif haute puissance détonne dans le primaire, comprimant le cœur du plutonium en mode supercritique et démarrant une réaction de fission.
C Le primaire émet des rayons X qui sont réfléchis à l'intérieur de l'enveloppe et irradient la surface du tampon (la mousse de polystyrène est transparente aux rayons X et ne sert que de support).
D Les rayons X vaporisent la surface du tampon, comprimant le secondaire, et le deutheride de lithium-6 entame une réaction de fusion.
A Bombe vor der Zündung; oben die primäre Fissionsbombe; unten die sekundäre Fusionsladung; beides eingebettet in Polystyrolschaum.
B Der konventionelle Sprengstoff komprimiert den Plutoniumkern zu einer überkritischen Masse und leitet so eine Kernspaltungsreaktion ein.
C Die Fissionsbombe emittiert Röntgenstrahlung, die an der Innenseite des Gehäuses reflektiert wird. Dadurch wird das Polystyrol thermalisiert.
D Der Polystyrolschaum wird in Plasma verwandelt und komprimiert die Fusionsstufe. Der Plutoniumstab fissioniert.
A A ogiva anterior à detonação; primeiro estágio na parte superior, segundo estágio na parte de baixo. Ambos os componentes são bombas de fissão nuclear incrementadas por processos de fusão nuclear.
B Explosivos de precisão detonam o primeiro estágio comprimindo o núcleo de plutônio até a supercriticalidade, iniciando assim a reação de fissão.
C A fissão do primeiro estágio emite raios X que são canalizados pelo interior do dispositivo e irradiam a espuma de poliestireno.
D A espuma de poliestireno se transforma em plasma, comprime o segundo estágio e leva o plutônio no interior deste ("sparkplug") a fissionar aquecendo o já comprimido segundo estágio.
History
[edit]- SVG version by Dake in Inkscape.
- Original version by User:Fastfission in Macromedia Freehand. See for legends and other comments.
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current | 21:52, 19 January 2021 | 700 × 270 (35 KB) | Mrmw (talk | contribs) | simpler code | |
22:32, 5 November 2006 | 700 × 270 (125 KB) | Dake~commonswiki (talk | contribs) | Teller-Ulam hydrogen bomb firing sequence, modified from Howard Morland, ''The Secret that Exploded'' (Random House, 1981). * SVG version by Dake in Inkscape. * Original version by User:Fastfission in Macromedia Freehand. See [[Image:Te |
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