№6, 2016

Problems and prospects of the labor market in the Orenburg region
ART 16244
Author: Tatyana Rebrova
Tatyana Rebrova. Problems and prospects of the labor market in the Orenburg region // DOAJ - Lund University: Koncept : Scientific and Methodological e-magazine. - Lund, №6, 2016. - URL: http://www.doaj.net/10821/
The paper discusses the current labor market situation in the Orenburg Region. There is the variety of programs aimed at reducing unemployment. The author sanctifies issues related to wages; proposes the list of professions that are in demand in the labor market; reveals the role of entrepreneurship in the economic sector, as well as support for small businesses by the regional authorities. Sharply village extinction problem is raised. It is necessary not only to stop the outflow of young people from the village, but also to create conditions for people to go to the village.
The age of creativity and cinema in the early twentieth century
ART 16247
Author: Illarion Konkov
Illarion Konkov. The age of creativity and cinema in the early twentieth century // DOAJ - Lund University: Koncept : Scientific and Methodological e-magazine. - Lund, №6, 2016. - URL: http://www.doaj.net/10788/
The paper considers the parallels and interconnections between avant-garde art and cinema of the early twentieth century, traces the development of artistic and aesthetic techniques and characteristics of art perception in art and film of this period.
Simulation of high-speed mode of the abrasive particles at the highest performance impact - abrasion synthetic polymer materials at low temperatures
ART 46308
Authors: Vladimir Urchenko, Sergei Solovyov
Vladimir Urchenko, Sergei Solovyov. Simulation of high-speed mode of the abrasive particles at the highest performance impact - abrasion synthetic polymer materials at low temperatures // DOAJ - Lund University: Koncept : Scientific and Methodological e-magazine. - Lund, №6, 2016. - URL: http://www.doaj.net/11260/
The possibility of analytical determination abrasive particle impact velocity with the surface of any synthetic polymeric material with shock-abrasive processing in a low-temperature cooling for maximum efficiency of the process, ceteris paribus. The dependences for the calculation of such initial axial velocity of the abrasive particles in which at any distance from the nozzle of the jet device for shock-abrasion provided by the minimum time between two successive blows particles, which carried out an intense loading of the material increases its depreciation per unit of time and providing maximum the performance of the process.