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• W2078484034 abstract "The number of operating Penning traps at Radioactive Ion Beam facilities has increased in the last decade from just one before 2000, to six in 2008, besides several more under construction or in the commissioning phase, as reflected in several contributions to this special issue. The continuous developments have permitted performing mass measurements with relative mass uncertainties (δm/m) of 10−7–10−8 on many isotopes from (every time) more exotic nuclei. This has enlarged the scope of physics one can address in Penning-trap mass spectrometry, and although more developments are going on, and will be pursued during the next years, a limiting factor especially important on addressing very exotic nuclei is the production yield, to be overcome by upgrading existing facilities and building up new ones. This is the motivation to build up MATS at the future Facility for Antiprotons and Ion Research (FAIR) in Darmstadt (Germany). As already stated in the Technical Design Report of the facility, MATS will make use of the most advanced techniques developed more recently, or under development at the existing Penning-trap facilities at RIBs or University laboratories. This article will start giving a brief overview on the physics in reach at existing facilities. Then, the limiting factors for mass measurements on exotic nuclei and the main aspects for going beyond the state-of-art will be discussed to come through the MATS facility. The paper will end presenting some possible candidates for the very first experiments on mass measurements with MATS at FAIR." @default.
• W2078484034 created "2016-06-24" @default.
• W2078484034 creator A5055815502 @default.
• W2078484034 date "2013-09-01" @default.
• W2078484034 modified "2023-09-27" @default.
• W2078484034 title "The advanced trapping facility MATS at FAIR" @default.
• W2078484034 cites W1527774970 @default.
• W2078484034 cites W1546360200 @default.
• W2078484034 cites W1548189119 @default.
• W2078484034 cites W1589216501 @default.
• W2078484034 cites W1622805347 @default.
• W2078484034 cites W1631027543 @default.
• W2078484034 cites W1635701006 @default.
• W2078484034 cites W1662664704 @default.
• W2078484034 cites W1665551738 @default.
• W2078484034 cites W1964817704 @default.
• W2078484034 cites W1967213508 @default.
• W2078484034 cites W1968343127 @default.
• W2078484034 cites W1970041025 @default.
• W2078484034 cites W1971983473 @default.
• W2078484034 cites W1973292645 @default.
• W2078484034 cites W1973703726 @default.
• W2078484034 cites W1975059541 @default.
• W2078484034 cites W1977911726 @default.
• W2078484034 cites W1978892509 @default.
• W2078484034 cites W1984024995 @default.
• W2078484034 cites W1986499367 @default.
• W2078484034 cites W1986610776 @default.
• W2078484034 cites W1987797834 @default.
• W2078484034 cites W1990107087 @default.
• W2078484034 cites W1992123734 @default.
• W2078484034 cites W1992360021 @default.
• W2078484034 cites W1993758192 @default.
• W2078484034 cites W1994273189 @default.
• W2078484034 cites W1996488173 @default.
• W2078484034 cites W2004068564 @default.
• W2078484034 cites W2008458237 @default.
• W2078484034 cites W2009014401 @default.
• W2078484034 cites W2017840435 @default.
• W2078484034 cites W2018120733 @default.
• W2078484034 cites W2018875854 @default.
• W2078484034 cites W2021418128 @default.
• W2078484034 cites W2025881550 @default.
• W2078484034 cites W2028959928 @default.
• W2078484034 cites W2032561009 @default.
• W2078484034 cites W2033508900 @default.
• W2078484034 cites W2033691962 @default.
• W2078484034 cites W2039471818 @default.
• W2078484034 cites W2043092918 @default.
• W2078484034 cites W2043314046 @default.
• W2078484034 cites W2044232636 @default.
• W2078484034 cites W2045313271 @default.
• W2078484034 cites W2045501917 @default.
• W2078484034 cites W2046321157 @default.
• W2078484034 cites W2046646244 @default.
• W2078484034 cites W2052844550 @default.
• W2078484034 cites W2054933070 @default.
• W2078484034 cites W2055080024 @default.
• W2078484034 cites W2055646478 @default.
• W2078484034 cites W2060285636 @default.
• W2078484034 cites W2064867838 @default.
• W2078484034 cites W2064960803 @default.
• W2078484034 cites W2068032271 @default.
• W2078484034 cites W2068943947 @default.
• W2078484034 cites W2069456794 @default.
• W2078484034 cites W2070826833 @default.
• W2078484034 cites W2071362686 @default.
• W2078484034 cites W2071508331 @default.
• W2078484034 cites W2072087700 @default.
• W2078484034 cites W2076194485 @default.
• W2078484034 cites W2076649808 @default.
• W2078484034 cites W2077643235 @default.
• W2078484034 cites W2078665518 @default.
• W2078484034 cites W2084665262 @default.
• W2078484034 cites W2084714798 @default.
• W2078484034 cites W2087480047 @default.
• W2078484034 cites W2091194594 @default.
• W2078484034 cites W2091852097 @default.
• W2078484034 cites W2094867848 @default.
• W2078484034 cites W2094869335 @default.
• W2078484034 cites W2107756042 @default.
• W2078484034 cites W2110543722 @default.
• W2078484034 cites W2116717765 @default.
• W2078484034 cites W2125368406 @default.
• W2078484034 cites W2130232841 @default.
• W2078484034 cites W2133244385 @default.
• W2078484034 cites W2152420174 @default.
• W2078484034 cites W2153587397 @default.
• W2078484034 cites W2158356245 @default.
• W2078484034 cites W2164290191 @default.
• W2078484034 cites W2168506298 @default.
• W2078484034 cites W2170150754 @default.
• W2078484034 cites W2226994262 @default.
• W2078484034 doi "https://doi.org/10.1016/j.ijms.2013.03.013" @default.
• W2078484034 hasPublicationYear "2013" @default.
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