Cathodoluminescence in TEM

Welcome to a mini seminar on cathodoluminescence in TEM

Programme

Programme

10.15

Welcome and introduction, by Øystein Prytz

10.20

Depth resolved cathodoluminescence to study defect formation around nanovoids in ZnO, by Lasse Vines, UiO

10.40

Local structure and symmetry in luminescent thin films, by Per-Anders Hansen, UiO

11.00

Luminescence at the nanoscale, By David Stowe, Gatan Inc.

Please see pdf for abstracts and more information.

 

No sign-up is needed to participate, but to help me when ordering refreshments please fill out this Doodle:

 

Background

Recent developments in commercially available equipment have caused renewed interest in cathodoluminescence (CL) experiments performed in the transmission electron microscope (TEM). Although CL experiments in the scanning electron microscope are somewhat common, the spatial resolution available in these set-ups is severely limited, often to some tens of nanometers. In comparison, the spatial resolution achieved for CL in TEM can be improved by an order of magnitude or more.

 

The aim of this mini seminar is to give a brief background to relevant activities at UiO-SMN, and to learn more about the Vulcan TEM cathodoluminescence detector produced by Gatan Inc.

 

For more information on the the Vulcan cathodoluminescence detector you can also have a look their webpage here (external page).

Organizer

Structure Physics
Published Feb. 23, 2015 1:43 PM - Last modified Feb. 23, 2015 1:47 PM