J. Hinks

activity

20182021

H e^{+}

irradiation of the double solid solution

(T i_{0.5}, Z r_{0.5})_{2} (A l_{0.5}, S n_{0.5}) C

MAX phase: Defect evolution in the 350-800 °C temperature range

20 citations · 20 across the 1 of their papers we have counts for

collaborators

3 papers

cond-mat.mtrl-sci2021★ 20 cited

In situ $H e^{+}$ irradiation of the double solid solution $(T i_{0.5}, Z r_{0.5})_{2} (A l_{0.5}, S n_{0.5}) C$ MAX phase: Defect evolution in the 350-800 °C temperature range

B. Tunca, G. Greaves, J. A. Hinks +3

Thin foils of the double solid solution $(Z r_{0} .5, T i_{0} .5)_{2} (A l_{0.5}, S n_{0.5}) C$ MAX phase were in situ irradiated in a transmission electron microscope (TEM) up to a fluence…

cond-mat.mtrl-sci2019

Modification of Nanodiamonds by Xenon Implantation: A Molecular Dynamics Study

Jason L. Fogg, Alireza Aghajamali, Jonathan A. Hinks +3

Xenon implantation into nanodiamonds is studied using molecular dynamics. The nanodiamonds range in size from 2-10 nm and the primary knock-on (PKA) energy extends up to 40 keV. Fo…

cond-mat.mtrl-sci2018

Ion implantation in nanodiamonds: size effect and energy dependence

Andrey A. Shiryaev, Jonathan A. Hinks, Nigel A. Marks +9

Nanoparticles are ubiquitous in nature and are increasingly important for technology. They are subject to bombardment by ionizing radiation in a diverse range of environments. In p…

In situ He+ irradiation of the double solid solution (Ti0.5​,Zr0.5​)2​(Al0.5​,Sn0.5​)C MAX phase: Defect evolution in the 350-800 °C temperature range

Modification of Nanodiamonds by Xenon Implantation: A Molecular Dynamics Study

Ion implantation in nanodiamonds: size effect and energy dependence

In situ $H e^{+}$ irradiation of the double solid solution $(T i_{0.5}, Z r_{0.5})_{2} (A l_{0.5}, S n_{0.5}) C$ MAX phase: Defect evolution in the 350-800 °C temperature range