On the Claims for Discovery of Elements 110, 111, 112, 114, 116, and 118 (IUPAC Technical Report)

@article{Karol2003OnTC,
  title={On the Claims for Discovery of Elements 110, 111, 112, 114, 116, and 118 (IUPAC Technical Report)},
  author={Paul J. Karol and Hiromichi Nakahara and Brian W. Petley and Erich Vogt},
  journal={Pure and Applied Chemistry},
  year={2003},
  volume={75},
  pages={1601 - 1611}
}
The IUPAC/IUPAP Joint Working Party on the priority of claims to the discovery of new elements has reviewed the relevant literature pertaining to several claims. In accordance with the criteria for the discovery of elements, previously established by the 1992 IUPAC/IUPAP Transfermium Working Group, and reinforced by the 1999 IUPAC/IUPAP Joint Working Party, it was determined that the claim by the Hofmann et al. research collaboration for the discovery of element 111 at Gesellschaft für… 
On the discovery of new elements (IUPAC/IUPAP Provisional Report)
Abstract Almost thirty years ago the criteria that are currently used to verify claims for the discovery of a new element were set down by the comprehensive work of a Transfermium Working Group, TWG,
On the discovery of new elements (IUPAC/IUPAP Report)
Abstract Almost thirty years ago the criteria that are currently used to verify claims for the discovery of a new element were set down by the comprehensive work of a Transfermium Working Group, TWG,
Name and Symbol of the Element with Atomic Number 110 (IUPAC Recommendations 2003)
A joint IUPAC–IUPAP Working Party (JWP) confirmed the discovery of the element with atomic number 110. In accord with IUPAC procedures, the discoverers proposed a name and symbol for the element. The
Finding eka-iodine: discovery priority in modern times
The International Union of Pure and Applied Chemistry (IUPAC) currently recognizes 111 elements for the modern periodic table (1). The discovery timeline for most of these elements can be traced
Name and symbol of the element with atomic number 111 (IUPAC Recommendations 2004)
A joint IUPAC-IUPAP Working Party (JWP) confirmed the discovery of element number 111. In accord with IUPAC procedures, the discoverers proposed a name and symbol for the element. The Inorganic
Response to 'Discovery of the element with atomic number 112' by Robert C. Barber, Heinz W. Gaggeler, Paul J. Karol, Hiromichi Nakahara, Emanuele Vardaci and Erich Vogt (PAC-REP-08-03-05)
Based on two alpha-particle chains the Joint Working Party (JWP) Report assigns the priority for discovering element 112 to work done in 1996 and 2002 at GSI, Darmstadt. By doing this it ignores the
Transactinide Elements and Future Elements
This chapter gives a brief summary of the reported discoveries, confirmation, and nuclear properties of the claimed and confirmed transactinide elements through the year 2004. However, the primary
NAME AND SYMBOL OF THE ELEMENT WITH ATOMIC NUMBER 111 (IUPAC Provisional Recommendation)
A joint IUPAC-IUPAP Working Party (JWP) has confirmed the discovery of element number 111. In accord with IUPAC procedures, the discoverers have proposed a name and symbol for the element. The
Nuclear Data Sheets for A=268,272,276,280,284,288,292
Abstract Spectroscopic information such as production, identification, half-lives, decay modes and possible excited states for experimentally known nuclides of mass numbers 268, 272, 276, 280, 284,
Failed Discovery Claims
Without suggesting a name, in 1971 Amnon Marinov and collaborators announced to have detected element 112 by bombarding a tungsten target with high-energy protons. The discovery claim was not
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References

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On the discovery of the elements 110-112 (IUPAC Technical Report)
The IUPAC/IUPAP joint working party on the priority of claims to the discovery of elements 110, 111, and 112 has reviewed the relevant literature pertaining to the several claims. In accordance with
Discovery of the transfermium elements
Abstract In 1985 IUPAP and IUPAC decided to establish a Transfermium Working Group to consider questions of priority in the discovery of elements with nuclear charge number Z>;100. The membership of
New results on elements 111 and 112
Abstract:Experiments on the synthesis and identification of the nuclei 272111 and 277112 were performed in order to confirm previous results. Three additional decay chains were measured in the
The new isotope 270 110 and its decay products 266 Hs and 262 Sg
The elements 110, 111, and 112 were first identified in a series of experiments in 1994 and 1996 at the SHIP velocity filter [1]. A total of 4 decay chains was measured of the isotope 110 and 9 decay
First attempt to chemically identify element 112
The first attempt to chemically identify one of the recently discovered long-lived isotopes of superheavy elements, namely 283112 (3 min, SF), made at FLNR, Dubna is reported. The nuclide was
New elements - approaching
The search for new elements is part of the broader field of investigations of nuclei at the limits of stability. In two series of experiments at SHIP, six new elements were synthesized via fusion
Synthesis of heavy and superheavy elements
SummaryIn two series of experiments at SHIP, six new elements (Z = 107–112) were synthesized via fusion reactions using lead or bismuth targets and 1n-deexcitation channels. The isotopes were
Synthesis of 292 116 in the 248 Cm + 48 Ca Reaction *
We report on the observation of the first decay event of the new nuclide 116 produced in an experiment devoted to the synthesis of Z = 116 nuclei in the Cm + Ca reaction. The implantation of a heavy
Search for new isotopes of element 112 by irradiation of 238U with 48Ca
Abstract: The reaction 48Ca+238U was investigated at the recoil separator VASSILISSA at the Flerov Laboratory of Nuclear Reactions, JINR Dubna, in attempts to synthesize new isotopes of element 112.
Evidence for the possible synthesis of element 110 produced by the 59Co+209Bi reaction.
  • Ghiorso, Lee, +26 authors Yashita
  • Physics, Medicine
    Physical review. C, Nuclear physics
  • 1995
An experiment to synthesize element 110 by the {sup 59}Co+{sup 209}Bi reaction has been performed at the SuperHILAC at the Lawrence Berkeley Laboratory. One event with many of the expected
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