Publications by authors named "Elijah Lator"
Article Synopsis
- A study using time-resolved synchrotron X-ray total scattering investigated the structural changes during the intercalation of organic molecular donors in layered iron-selenide to create an expanded-lattice superconductor Li(CHN)FeSe.
- The results showed a tetragonal crystal structure with increased spacing between iron and selenium layers and identified local distortions in the FeSe tetrahedral environment, which were larger than in the original material.
- The findings emphasize the importance of reaction conditions, such as lithium concentration and aging time, in influencing the formation of secondary phases and highlight the structural characteristics necessary for achieving high superconducting properties in these materials.*
