Implementation of the regulatory impact assessment in the municipal entities of the Russian Federation: issues and prospects

The paper is dedicated to the issues of legislative regulation and practice of regulatory impact assessment of legal acts carried out in Russian municipal entities following the amendments to Federal Law No. 131 "On General Principles of Organization of Local Self-Government in the Russian Federation". The author analyzes the regulatory framework and mechanisms for its implementation, in particular, on the basis of the criteria for including in the list of municipal entities and methodological documents for regulatory impact assessment on the example of the Sverdlovsk, Ulyanovsk and Leningrad regions. Based on the analysis of the results of the regulatory impact assessment, the recommendations issued and the negative conclusions on the example of municipalities that are regional centers, such as Yekaterinburg, Ulyanovsk, Pskov, Izhevsk and Ulan-Ude, the author determines that regulatory impact assessment has been applied to a sufficiently low number of municipal legal acts with a trace of negative estimates or recommendations. De fine, the author comes to conclusion that the concept of "the degree of concentration of state powers entrusted to municipal entities" is insufficiently defined, and denotes uncertainty and fragmentation of the formulation of evaluation criteria at the level of constituent entities of the Russian Federation, which makes it difficult to enforce regulatory impact assessment and indicates the need to improve the legal methodology. Such situation takes place because the procedure of the evaluation of the regulatory impact starts its implementation on the municipal level, subsequently it can impact significantly the norm setting process

TRAINING AND METHODOLOGICAL SUPPORT OF TECHNOLOGY ACTIVE LEARNING IN TRAINING OF THE TEACHER

В статье рассматривается потенциал учебно-методического пособия, построенного на основе образовательной модели «перевернутый класс» и предназначенного для формирования у будущих педагогов компетенций ХХI векаThe article deals with the potential of teaching AIDS, built on the basis of the educational model "inverted class" and intended for the formation of future teachers competencies of the XXI centur

MESOSCALE DEFORMATION-INDUCED SURFACE PHENOMENA IN LOADED POLYCRYSTALS

The paper reviews the results of numerical analyses for the micro-and mesoscale deformation-induced surface phenomena in three-dimensional polycrystals with the explicit account for the grain structure. The role of the free surface and grain boundaries in the appearance of the grain-scale stress concentrations and plastic strain nucleation is illustrated on the examples of aluminum polycrystals. Special attention is paid to the discussion of mesoscale deformation-induced surface roughening under uniaxial tension

Magmatic replacement processes in ureilites

Detailed studies of ureilites (Novo-Urei, Havero, Dyalpur, Kenna) showed that this type of achondrite had formed in a similar manner to intrusive rocks intensely affected by explosive reducing metal melts rich in hydrocarbon fluids. The reverse zoning of olivine and pyroxene of the ureilite resulted from these alterations. The reverse zoned structure is accompanied by an increase of Mg content in the margins of both minerals and the formation of so-called "interstitial material", which is a product of intense recrystallization and partial melting of the olivine and pyroxene at their contacts with metal-carbon veins. The zoning of the primary minerals is controlled by the configuration of the veins. The higher the intensity of the recrystallization process, the more extensive are alterations of the initial rocks exerted by the hydrocarbon fluids, which produced the lherzolite-type pyrope-diamond assemblage

Cosmochemical Derivation of the Composition of Chondrite Material.

第2回極域科学シンポジウム/第34回南極隕石シンポジウム 11月17日（木） 国立国語研究所 2階講

Origin mechanism of hercynite-kamacite objects: Evidence for liquid immiscibility phenomena in the Yamato-82133 ordinary chondrite (H3)

Peculiar mineral aggregates detected in the nonequilibrated Yamato-82133 ordinary chondrite (H3) include regular intergrowths of hercynite and kamacite, sometimes with corundum. In addition to hercynite, kamacite, and corundum, the typical minerals of the hercynite-kamacite objects (HKO) are chrome spinels and phosphates (apatite, whitlockite, and a Ca-free Na-K analog of fillowite). HKO are most widespread in the chondrite matrix but also occur in the porphyritic pyroxene-olivine and olivine chondrules, in which HKO were detected in form of droplets. The latter stick together to produce dumbbell-shaped aggregates. Intrachondrule HKO are zoned and have magmatic textures. Their textural relationships and specific mineralogical features are indicative of the magmatic genesis of intrachondrule HKO and provide information on the composition of the parental melt. The textural identity between intrachondrule and matrix HKO and similarities in their mineral assemblages and mineral chemistries suggest their similar genesis