Processes of self-assembly were studied in the magnetic polymer carbon nanocomposites doped with cobalt nanoclusters. These processes proceed due to the diffusion of magnetic nanoparticles stimulated by a combined effect of an outer steady magnetic fields and heating. The obtained polymer composites are promising for practical applications.
Cyber-physical systems as dispersed systems based on interacting networks of physical and computing components provide new functionalities for improving the quality of measurement processes. It is proposed to carry out automated operational setup of metrological parameters of these systems measuring channels during operation basing on the code-controlled measures-imitators.
The article deals with the issues of existing legal principles of resistance to administrative offense. The author of an article suggests his vision of prophylactic and preventive administrative measures of resistance to administrative offense.
The mathematical model of stress-strain state aboveground station of pipeline is investigated with taking into consideration interaction aboveground part of pipeline with adjacent to it parts of underground pipeline. The underground parts of pipeline which leaning on the soil are considered as elastic Winkler type basis. Local weakening station of pipeline in connections areas underground part of pipeline with aboveground part are simulated by the introduction elastic joints into a system.
Effect of mechanical relaxations on the relaxation phenomena of electrical conducting polymer composites (ECPC) has been investigated. It has been experimentally shown that filler content significantly affects relaxation characteristics of the material. The main reason of these differences is the effect of the filler type on proceeding of relaxation processes. Rubbers with active carbon blacks display the ranges of slow and fast relaxations much more clearly than those with low active carbon black.