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Title of Journal: Appl Phys A

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Abbravation: Applied Physics A

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Springer Berlin Heidelberg

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DOI

10.1007/bf00253714

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ISSN

1432-0630

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Energy loss of 50GeV uranium ions in natural diam

Authors: M Lang UA Glasmacher R Neumann D Schardt C Trautmann GA Wagner
Publish Date: 2005/02/01
Volume: 80, Issue: 4, Pages: 691-694
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Abstract

This work is motivated by heavyion irradiation of materials exposed to high hydrostatic pressures in a diamond anvil cell DAC Those studies require the complete passage of ions through one of the two anvils consisting of natural diamond Due to typical anvil lengths of about 2–3 mm ion energies of a few hundred MeV/u as provided by the SIS heavyion synchrotron of GSI are needed Data of energy loss and range of ions in this energy regime being scarce for diamond a set of experiments was devoted to range measurements by irradiating a single DAC diamond and an immediately following stack of 100 polycarbonate foils each 30μm thick with 238U ions of 503 GeV 2115 MeV/u Ion range and range straggling in the stack were determined by etching the tracks and counting the pores The experimentally determined ion range in the polymer foil stack is consistent with energyloss values in diamond and polymer obtained with the SRIM and ATIMA computer codes and also confirms the reliability of these codes for diamond Therefore SRIM and ATIMA will be used in further experiments aimed at heavyion irradiation of materials pressurized in DACs

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