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ISOLDE Workshop and Users meeting 2006/2007

12–14 Feb 2007
CERN
Europe/Zurich timezone

Session

Technical Developments

13 Feb 2007, 14:15
Council Chamber, 503/1-001 (CERN)

Council Chamber, 503/1-001

CERN

Conveners

Technical Developments

  • Mats Lindroos (CERN)

Presentation materials

There are no materials yet.

  1. 45. Target developments at ISOLDE
    Dr Thierry Stora (CERN)
    13/02/2007, 14:15
  2. 9. The LARIS lab
    Dr Olli Launila (Royal Institute of Technology)
    13/02/2007, 14:45
    The LARIS (LAser Resonance Ionization Spectroscopy) laboratory is a new facility at the Meyrin site. The lab is located in building 252. The main purpose of the laboratory is to provide the RILIS laser system with new data on atomic ionization pathways. For each radioactive ion beam to be produced on-line with RILIS, the most efficient ionization schemes can be derived from off-line...
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  3. 19. ISCOOL: cooled and bunched beams for ISOLDE
    Mr Ernesto MANE (Dept.of Phys.&Astronomy,SchusterLab - University of Manchester)
    13/02/2007, 15:10
    The increasing need for cold and bunched radioactive beams for nuclear physics experiments has motivated the development of new methods, instrumentation and devices for ion beam manipulation. A radio frequency quadrupole ion cooler and buncher is an example of such devices, presenting features that make it suitable for many radioactive ion beam facilities. The ISOLDE ion cooler (ISCOOL),...
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  4. 25. Negative ion sources
    Mariano Menna (Unknown)
    13/02/2007, 15:30
    Halogen ion beams can be produced either positively or negatively charged, depending on the employed ion source. At CERN-ISOLDE, although positively charged fluorine and astatine can be produced from a hot plasma ion source, they are often contaminated by isobars and molecular sidebands. This has generated a request from the scientific community for fluorine and astatine negative ion...
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  5. 46. SiC targets at ISOLDE
    Sandrina Fernandes (CERN)
    13/02/2007, 15:50
    The On-Line Isotope Separation (ISOL) method is used at ISOLDE for the production of intense radioactive ion beams of 70 different chemical elements with the best possible beam purity. Within EURISOL, direct targets are expected to operate for at least 3 weeks at 100kW of primary proton beam power. To fabricate such targets many issues have to be addressed, which includes the...
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