EC-SLI experiment

[4] The emission patterns produced are characteristic of the lattice sites occupied by the isotopes, determining its functional properties (i.e. n-type or p-type doping).

[5] The benefits of emission channelling include an increase in efficiency by roughly four orders of magnitude and the study of elements lighter than the host atoms used.

Upon flanges inserted along the chamber's perimeter, are auxiliary devices including a cryogenic cooler, Faraday cup, view ports and a load lock.

Special format flanges mount electron detector cases, links to the vacuum station, a lightening quartz lamp, the thermal shield actuator feedthrough, and goniometers, at various points around the chamber.

[6] A current research aim is to continue the characterisation of quantum colour centres in diamond using the emission channeling technique, in order to correlate lattice locations with optical properties.