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Die Eigenschaften von gleichzeitig gefälltem NiO ‐TiO2 mit NiO‐Gehalten von 0‐100% werden durch Röntgenanalyse, Elektronenmikroskopie, DTA, IR‐Spektren, Messungen der Adsorption, Leitfähigkeit, Austrittsarbeit, magnetischen Suszeptibilität und ESR untersucht.

In 2014, the Government of the Russian Federation approved the 'Comprehensive program of professional development for the teaching staff of general education entities'. In particular, it is aimed at addressing the problem of pedagogical education modernization in accordance with the educator's professional standard and Federal State Educational Standards for general education. With the purpose of addressing this problem within the framework of this program and the Federal target programme for education development, several projects were implemented, the department of pedagogy and education development of the Chuvash State University participated in one of them. In accordance with the subprogramme of pedagogical education modernization the ChuvSU department of pedagogy and education development, one of three new modules to the project developed by the Institute of psychology and education of Kazan Federal (Volga) University was evaluated. The Project Manager was Rosa Alekseevna Valeeva (Valeeva, 2015), Deputy Director for international activities of the Institute of psychology and education of Kazan Federal (Volga) University. The content included in the disciplines module greatly increases the psychological component of educators' training, and increases their willingness to implement new features and labour skills provided by the Professional standard of an educator. The results can be used for retraining graduate students who are not educators as well as for carrying out work on professional enhancement of educators in accordance with the requirements of the professional standard «Educator (teaching activities in pre-school, primary general, basic general, secondary education) (nursery school teacher, teacher)».

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Perovskite‐type compounds of composition A4MRe2□O12 (A: Ba, Sr; M: Co, Ni; □: vacancy in the cation lattice) are prepared (solid state reaction of metallic Re and the corresponding carbonates or oxides, ≦ 1100 °C) and shown to have high catalytic activity for the hydrogenation of benzene.