{"controller"=>"catalog", "action"=>"show", "id"=>"240960642"}
  • EN
  • DA

Danish NationalResearch Database

  • Search Publications & Researchers
  • Open Access Indicator
  • Publications
  • Researchers
Example Finds records
water{} containing the word "water".
water supplies"{}" containing the phrase "water supplies".
author:"Doe, John"author:"{}" containing the prase "Doe, John" in the author field.
title:IEEEtitle:{} containing the word "IEEE" in the title field.
Need more help? Advanced search tutorial
  • Selected (0)
  • History

Trapping ions from a fast beam in a radio-frequency ion trap: Exploring the energy exchange with the longitudinal radio-frequency field

    • Save to Mendeley
    • Export to BibTeX
    • Export to RIS
    • Email citation
Authors:
  • Svendsen, Annette ;
    Close
    Department of Physics and Astronomy, Science and Technology, Aarhus University
  • Lammich, Lutz ;
    Close
    Department of Physics and Astronomy, Science and Technology, Aarhus University
  • Vad Andersen, John Erik ;
    Close
    Department of Physics and Astronomy, Science and Technology, Aarhus University
  • Bechtold, Henrik ;
    Close
    Department of Physics and Astronomy, Science and Technology, Aarhus University
  • Søndergaard, Erik ;
    Close
    Department of Physics and Astronomy, Science and Technology, Aarhus University
  • Mikkelsen, Frank ;
    Close
    Department of Physics and Astronomy, Science and Technology, Aarhus University
  • Pedersen, Henrik B.
    Close
    Department of Physics and Astronomy, Science and Technology, Aarhus University
DOI:
10.1103/PhysRevA.87.043410
Abstract:
The possibility of injecting ions from an initially fast moving beam into a multipole radio-frequency (RF) ion trap without the use of buffer gas is described. The chosen trap geometry gives rise to an oscillating electric field along the direction of the incoming ions, and through an analytical model as well as numerical simulations it is demonstrated that the energy exchange between the injected ions and this oscillating field governs the trapping dynamics. Most notably, if ions arrive at the trap during specific phases of the RF field, they can be effectively decelerated and stored with low kinetic energy even if their kinetic energy initially exceeds the depth of the trapping potential well. An experimental apparatus for trapping ions from a fast beam is described, and experimental investigations demonstrating the described trapping dynamics are presented.
Type:
Journal article
Language:
English
Published in:
Physical Review a, 2013, Vol 87, Issue 4
Main Research Area:
Science/technology
Publication Status:
Published
Review type:
Peer Review
Submission year:
2013
Scientific Level:
Scientific
ID:
240960642

Full text access

  • Doi Get publisher edition via DOI resolver
Checking for on-site access...

On-site access

At institution

  • Aarhus university.en

Metrics

Feedback

Sitemap

  • Search
    • Statistics
    • Tutorial
    • Data
    • FAQ
    • Contact
  • Open Access
    • Overview
    • Development
    • FAQ
    • Contact
  • About
    • Institutions
    • Release History
    • Cookies and privacy policy

Copyright © 1998–2018.

Fivu en