1990
DOI: 10.1103/physrevc.41.520
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Total charge and mass changing cross sections of relativistic nuclei in hydrogen, helium, and carbon targets

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Cited by 193 publications
(144 citation statements)
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“…Both the magnitude and energy dependence of σ R or the interaction cross section (σ I ) are reproduced very well. As for σ dir cc , the calculation reasonably well reproduces the measured cross sections [25]. The σ cc data at 300A-400A MeV are, however, very much scattered.…”
supporting
confidence: 62%
“…Both the magnitude and energy dependence of σ R or the interaction cross section (σ I ) are reproduced very well. As for σ dir cc , the calculation reasonably well reproduces the measured cross sections [25]. The σ cc data at 300A-400A MeV are, however, very much scattered.…”
supporting
confidence: 62%
“…[1]). Here, as an example, we investigate the energy dependence of the charge changing cross section for the 56 Fe projectile on the 12 C target.…”
Section: Energy Dependencementioning
confidence: 99%
“…Extensive experimental data [1][2][3][4] on the charge changing cross sections for several nuclei near the ␤ stability line exist in the literature. The currently available radioactive ion beam facilities help to produce, accelerate, and then use the beams of these radioactive nuclei as projectiles in further experimentation.…”
Section: Introductionmentioning
confidence: 99%
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“…The matter radius can be extracted from nuclear interaction cross sections [1] and it was shown that the charge-changing cross sections show a Z dependency that is very similar to nuclear radii measured by electron scattering [2]. While charge-changing cross sections were investigated for nuclei close to the valley of stability [3] primarily for astrophysical applications, only a few attempts were made to extract charge distribution information for very exotic isotopes [4,5,6]. Isotope shift measurements using optical spectroscopy can provide nuclear-model independent information on the nuclear charge radius and, thus, on the proton distribution in the nucleus.…”
Section: Introductionmentioning
confidence: 99%