Reply to the comment by L Helseth on ‘Bismuth-induced increase of the magneto-optical effects in iron garnets’
The discussion concerns the origin of the giant Faraday rotation in bismuth- and lead-doped iron garnets. It is convincingly shown that this effect is due to the covalent admixture of Bi(Pb)6p-wavefunctions to oxygen 2p-orbitals in octahedral and tetrahedral Fe–O clusters of iron garnets. The crucial role of the quantum-chemical computation of electronic structure of such clusters is emphasized.
The presented study is an eye tracking experiment for high-resolution satellite (HRS) images. The reported experiment explores the Area Of Interest (AOI) based analysis of eye fixation data for complex HRS images. The study reflects the requisite of reference data for bottom-up saliency-based segmentation and the struggle of eye tracking data analysis for complex satellite images. The intended fixation data analysis aims towards the reference data creation for bottom-up saliency-based segmentation of high-resolution satellite images. The analytical outcome of this experimental study provides a solution for AOI-based analysis for fixation data in the complex environment of satellite images and recommendations for reference data construction which is already an ongoing effort.