The investigation of nanolayer properties in A<sup>II</sup>B<sup>VI</sup> - based nanogeterostructures
We report on the results of a comprehensive study of ZnSe-based nanogeterostructures grown by molecular beam epitaxy by using electron microprobe analysis and local cathodoluminescence techniques. These non-destructive methods allow determining true depth and geometrical parameters of ZnCdSe nanoscale. The validity of the study results was monitored by transmission electron microscopy. The research method is based on changing the x-ray characteristic emission and cathodoluminescence generation areas by varying the primary energy of the electron beam.