On analyzing the results of empirical research into the life-purpose orientations of adults of various ethnic identities and religious affiliati.

The research in question investigates life-purpose orientations and values of various groups of a population living in a multicultural area with a variety of ethnic and religious communities. Members may have different attitudes to one and the same set of values due to their specific cultural traditions and religious guidelines. A common set of life-purpose orientations and values as well as distinctly different ones were identified in the research. It employed an ethno-psychological questionnaire designed specifically to that end and psychometric instruments aimed at identifying the values of the adults of various ethnic identities and religious affiliations. Residents of a multi-cultural area in the south of Russia who belong to different denominations were surveyed. It is stated that there is a substantial difference between the sets of values held by Baptists and Buddhists and representatives of other ethnic and religious groups (Muslims and Christians) participating in this investigation. The survey found that all of the Baptist and Buddhist respondents were described by a high-to-medium level of civil identity. Indifference to ethnic standards and a failure to accept the culture of their own people were found among all of the respondents; it was displayed by a small proportion of Orthodox Christians, whereas all of the Buddhists under investigation had a positive ethnic identity, and a certain proportion of Muslims and Catholics as well as a tiny proportion of Orthodox believers reported that they placed a priority for ethnic rights over human rights. Among all of the denominations surveyed, the majority of respondents surveyed have a positive attitude towards both their own nation and other nations

SYNTHESIS AND TRANSPORTATION PROPERTIES OF BaLaIn1–xScxO4

In this work, we synthesized a sample based on BaLaInO4 with doped Sc3+. The sample BaLaIn1–хScхO4 has the block-layered Ruddslesden-Popper structure. The transport properties of the sample were measured by varying the external parameters of the environment T, pH2O, and pO2

Synthesis and Study of the Electrical Properties of BaLaIn1-хYхO4 (0 ≤ x ≤ 0.5)

In this work, we synthesized samples based on BaLaInO4 with doped Y3+. The samples BaLaIn1–хYхO4 (0 ≤ x ≤ 0.5) have the block-layered Ruddslesden-Popper structure. The transport properties of the sample were measured by varying the external parameters of the environment T, pH2O, and pO2

IONIC CONDUCTIVITY IN Ba- AND Sr-SUBSTITUTED LAYERED PEROVSKITE BASED ON BaLa2In2O7

Proton-conducting complex oxides with a perovskite structure or a derivative there of have a number of advantages: lower operating temperatures and increased efficiency. They can be used as proton-conducting electrolytes for fuel cells in hydrogen energy

SYNTHESIS, STRUCTURE AND TRANSPORT PROPERTIES OF NEW Ba- AND Sr-SUBSTITUTED LAYERED PEROVSKITES BASED ON BaNd2In2O7

In this work, we synthesized samples based on BaNd2In2O7. The samples BaNd1.9M0.1In2O6.95 (М= Sr, Ba) have the block-layered structure. The transport properties of the sample were measured by varying the external parameters of the environment T, pH2O, and pO2

SYNTHESIS, STRUCTURE AND TRANSPORT PROPERTIES OF Sc-DOPED LAYERED PEROVSKITE BASED ON SrLa2Sc2O7

The acceptor-doped two-layer perovskites based on SrLa2Sc2O7 were synthesized by solid-phase method. The possibility of water absorption was confirmed by thermogravimetric measurements. The conductivity was measured at varying T and pH2O

PROTON TRANSFER IN LAYERED PEROVSKITES BaLa0.9M0.1InO4 (M = Nd, Gd) AND BaLaIn0.9M0.1O4 (M = Sc, Y)

The complex oxides BaLa0.9M0.1InO4 and BaLaIn0.9M0.1O4 were synthesized by the solid phase method. The possibility of water absorption is proven by thermogravimetric measurements. The electrical conductivity was measured by changing T and pH2O.Работа выполнена при поддержке гранта РНФ 22-79-10003

PROTON CONDUCTIVITY IN CO-DOPED (Sr2+ → La3+; Cа2+ → In3+) LAYERED PEROVSKITES BASED ON BaLa2In2O7

It was shown that two-layer doped compositions based on BaLa2In2O7 are perspective in the aspect of the achievement of proton transport in them. Physical and chemical qualities of compounds were investigated

NEW DOPED LAYERED PEROVSKITES BASED ON BaLa2In2O7: SYNTHESIS AND TRANSPORT PROPERTIES

This paper devoted to the synthesis and investigation of physico-chemical properties of solid solutions based on perovskite BaLa2In2O7. The solid state synthesis of strontium and gadolinium doped samples were realized. Structure, phase composition and proton conductivity were investigated