X. Zhang

activity

20182024

most citedIsospin-dependence of the charge-changing cross-section shaped by the charged-particle evaporation process

24 citations · 24 across the 1 of their papers we have counts for

collaborators

3 papers

nucl-ex2024

Charge radii of $^{11 - 16}$ C, $^{13 - 17}$ N and $^{15 - 18}$ O determined from their charge-changing cross-sections and the mirror-difference charge radii

J. W. Zhao, B. -H. Sun, I. Tanihata +24

Charge-changing cross-sections of $^{11 - 16}$ C, $^{13 - 17}$ N and $^{15 - 18}$ O on a carbon target have been determined at energies around 300 MeV/nucleon. A nucleon separation energy-d…

nucl-ex2023★ 24 cited

Isospin-dependence of the charge-changing cross-section shaped by the charged-particle evaporation process

J. W. Zhao, B. -H. Sun, I. Tanihata +26

We present the charge-changing cross sections (CCCS) of $^{11 - 15}$ C, $^{13 - 17}$ N, and $^{15, 17 - 18}$ O at around 300 MeV/nucleon on a carbon target, which extends to $p$ -shell isotop…

physics.ins-det2018

A method to measure the transition energy $γ_{t}$ of the isochronously tuned storage ring

R. J. Chen, X. L. Yan, W. W. Ge +27

The Isochronous Mass Spectrometry (IMS) is a powerful technique developed in heavy-ion storage rings for measuring masses of very short-lived exotic nuclei. The IMS is based on the…

Charge radii of 11−16C, 13−17N and 15−18O determined from their charge-changing cross-sections and the mirror-difference charge radii

Isospin-dependence of the charge-changing cross-section shaped by the charged-particle evaporation process

A method to measure the transition energy γt​ of the isochronously tuned storage ring

Charge radii of $^{11 - 16}$ C, $^{13 - 17}$ N and $^{15 - 18}$ O determined from their charge-changing cross-sections and the mirror-difference charge radii

A method to measure the transition energy $γ_{t}$ of the isochronously tuned storage ring