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The first test of the Isotope On-Line Separator (ISOLDE) installation at the 600 MeV CERN Synchro Cyclotron.
When ISOLDE began operation, it was unique in the world. It used a new technique to overcome the problem of rapidly separating interesting atoms from the rest of the nuclear target. Through a combination of chemical and electromagnetic methods the different isotopes were separated and converted into...
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1967
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Acceso en línea: | http://cds.cern.ch/record/41069 |
_version_ | 1780874796204032000 |
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author | CERN PhotoLab |
author_facet | CERN PhotoLab |
author_sort | CERN PhotoLab |
collection | CERN |
description | When ISOLDE began operation, it was unique in the world. It used a new technique to overcome the problem of rapidly separating interesting atoms from the rest of the nuclear target. Through a combination of chemical and electromagnetic methods the different isotopes were separated and converted into an ion beam made of just one isotope. On-line production of radioactive nuclei, in this way, offered many new opportunities for physicists as it allowed them to perform previously impossible experiments on short-lived nuclei. ISOLDE has become one of CERN's major installations and it supports a broad scientific programme by providing beams to different experiments. The techniques developed at ISOLDE have opened up a new field of radioactive ion-beam accelerators, both at CERN and worldwide. |
id | cern-41069 |
institution | Organización Europea para la Investigación Nuclear |
publishDate | 1967 |
record_format | invenio |
spelling | cern-410692019-09-30T06:29:59Zhttp://cds.cern.ch/record/41069CERN PhotoLabThe first test of the Isotope On-Line Separator (ISOLDE) installation at the 600 MeV CERN Synchro Cyclotron.Experiments and TracksWhen ISOLDE began operation, it was unique in the world. It used a new technique to overcome the problem of rapidly separating interesting atoms from the rest of the nuclear target. Through a combination of chemical and electromagnetic methods the different isotopes were separated and converted into an ion beam made of just one isotope. On-line production of radioactive nuclei, in this way, offered many new opportunities for physicists as it allowed them to perform previously impossible experiments on short-lived nuclei. ISOLDE has become one of CERN's major installations and it supports a broad scientific programme by providing beams to different experiments. The techniques developed at ISOLDE have opened up a new field of radioactive ion-beam accelerators, both at CERN and worldwide.CERN-PHOTO-6710160CERN-EX-6710160oai:cds.cern.ch:410691967 |
spellingShingle | Experiments and Tracks CERN PhotoLab The first test of the Isotope On-Line Separator (ISOLDE) installation at the 600 MeV CERN Synchro Cyclotron. |
title | The first test of the Isotope On-Line Separator (ISOLDE) installation at the 600 MeV CERN Synchro Cyclotron. |
title_full | The first test of the Isotope On-Line Separator (ISOLDE) installation at the 600 MeV CERN Synchro Cyclotron. |
title_fullStr | The first test of the Isotope On-Line Separator (ISOLDE) installation at the 600 MeV CERN Synchro Cyclotron. |
title_full_unstemmed | The first test of the Isotope On-Line Separator (ISOLDE) installation at the 600 MeV CERN Synchro Cyclotron. |
title_short | The first test of the Isotope On-Line Separator (ISOLDE) installation at the 600 MeV CERN Synchro Cyclotron. |
title_sort | first test of the isotope on-line separator (isolde) installation at the 600 mev cern synchro cyclotron. |
topic | Experiments and Tracks |
url | http://cds.cern.ch/record/41069 |
work_keys_str_mv | AT cernphotolab thefirsttestoftheisotopeonlineseparatorisoldeinstallationatthe600mevcernsynchrocyclotron AT cernphotolab firsttestoftheisotopeonlineseparatorisoldeinstallationatthe600mevcernsynchrocyclotron |