File:Penning Trap.svg

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Summary

Description Drawing of a schematic Penning Trap (some kind of ion-cage) for the storage of charged particles by the use of a constant electric field (blue), generated by a quadrupole (a:end caps) and (b:ring electrode) and a superposed constant and homogeneous magnetic field (red), generated by a surrounding cylinder magnet (c). A particle, indicated in red (here positive) is stored in between caps of the same polarity. The particle is trapped inside a vacuum chamber. For detailed description see at en:Penning Trap
Date 07.04.2006
Source Own work
Author Arian Kriesch Akriesch 23:40, 6 April 2006 (UTC)

Summary

  • Bildbeschreibung: Zeichnung einer schematischen Penning-Falle zum berührungslosen festhalten eines geladenen Teilchens (auch Ionen-Falle). Ein konstantes elektrisches Feld (blau), erzeugt durch einen Quadrupol (a:Endkappen) und (b: Ringelektrode) wird superpositioniert mit einem konstanten, homogenen Magnetfeld (rot), erzeugt durch eine umgebende Ring oder Zylinder-Spule (c). Ein geladenes Teilchen (rot, hier positiv) wird zwischen den beiden gleichgeladenen Endkappen in einer Dimension bereits mittels rückstellender el. Kraft (F_E) gehalten. Genauere Beschreibung unter de:Penning-Falle.
  • Quelle: Eigene Arbeit.
  • Fotograf/Zeichner: Arian Kriesch de:Benutzer:Akriesch
  • Datum: 07.04.2005

Licensing

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Date/TimeThumbnailDimensionsUserComment
current18:09, 23 March 2024Thumbnail for version as of 18:09, 23 March 2024847 × 602 (3 KB)Д.ИльинOptimization, fix xml errors
12:54, 10 May 2008Thumbnail for version as of 12:54, 10 May 2008917 × 665 (55 KB)Akriesch{{Information| |Description= Drawing of a schematic Penning Trap (some kind of ion-cage) for the storage of charged particles by the use of a constant electric field (blue), generated by a quadrupole (a:end caps) and (b:ring electrode) and a superposed co
23:35, 6 April 2006Thumbnail for version as of 23:35, 6 April 2006917 × 665 (58 KB)AkrieschDrawing of a schematic Penning Trap (some kind of ion-cage) for the storage of charged particles by the use of a constant electric field (blue), generated by a quadrupole (a:end caps) and (b:ring electrode) and a superposed constant and homogeneous magnet

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