THE PRINCIPLE OF PROTECTION OF HUMAN AND CIVIL RIGHTS AND FREEDOMS IN CRIMINAL PROCEEDINGS

The article analyzes the reasons for the introduction of the principle of protection of human and civil rights and freedoms in the criminal procedural system of principles, including taking into account international legislation. The relationship between the concepts of "protection" and "protection" is revealed. The characteristic of its content is given with the allocation of elements. The content of the information component in the activities of officials carrying out criminal proceedings is analyzed. The concepts of witness immunity and witness privilege are defined, their significance for the content of the principle of protection of human and civil rights and freedoms. Particular attention is paid to the issues of legal regulation of the security program for participants in criminal procedural relations and the current mechanism of compensation for harm caused to the victim of a crime. Taking into account the analysis, the problems of legal regulation were identified and proposals were made to eliminate them. The importance of a serious and thoughtful attitude of officials carrying out criminal proceedings to ensuring human and civil rights and freedoms in criminal proceedings is emphasized.

The Characteristics of Kasiro Shale and Its Implication to Oil Shale Identification at The Batang Asai, Sarolangun, Jambi

The necessity of oil and natural gas from fossil energy sources in Indonesia is increasing over time, whereas oil and gas reserves generated from conventional reservoirs are decreasing. To anticipate gas shortages, exploration of unconventional resources is needed. The main focus of the rock formation in this research is the Tertiary Miocene Kasiro Formation. This formation is dominated by Shale and Claystone. Shale characteristic from the megascopic aspect of Tertiary Miocene Kasiro Formation in the research area have fissile structure with soft to hard in hardness scale of shale. Shale characteristic from microscopic aspect based on petrography, SEM (Scanning Electron Magnetic) and XRD (X-Ray Diffraction) show illite as main clay mineral. Other clay minerals such as montmorilonite and kaolinite also can be found as well as some important mineral like quartz, chlorite, biotite, alunite and diaspore. Shale diagenesis rate of the Tertiary Miocene Kasiro Formation is defined based on the presence of some clay mineral like illite, kaolinite and montmorillonite. Based on the result of SEM and XRD analyses, the shale diagenesis in the research area can be classified as early mesodiagenesis. The diagenesis rate also can show that oil maturity in the Kasiro shale can be classified as immature to semi mature. Based on the shale characteristic, the Kasiro shale was deposited in a weak current mechanism and based on the presence of alginite, the shale was deposited within lacustrine environment. The lacustrine environment have a characteristic of low oxygen rate that can be seen with the presence of mollusk fossil such as viviparous that indicating a fresh water and weak current enviroment.

Unit Economics of Russian Political Parties: Political Consumerism and Ideological Factor

The article uses the methods of unit economics to analyze inter-party competition in the Russian Federation on the example of the 2016 elections to the State Duma. The author concludes limited applicability of unit economics for the analysis of electoral strategies and prospects of both parliamentary and new parties. The current mechanism of state financing of political parties encourages them to drift in the direction of market or rental strategies.

Studi Mekanisme Sedimentasi Formasi Dolokapa, Gorontalo

The Dolokapa Formation is a sedimentary rock formation formed in a deep-sea depositional environment with a fairly complex level of deformation and tectonic arrangement. Analysis of the sedimentation mechanism is carried out to determine how much tectonic influence on the mechanisms that occur in a depositional environment and the variations in the sedimentation mechanism formed. Research on the sedimentation mechanism needs to be carried out to determine the history of the formation of Gorontalo sedimentary rocks, especially in the Dolokapa Formation which was formed during the Miocene. The purpose of this study is to know the mechanisms of deep-marine sedimentation based on the identification of lithological characteristics, layer stacking patterns, and sedimentary structures. The method used was measuring sections using a range of ropes divided into four measurement paths. After that, a correlation was performed based on the genesis of deep marine formation. Based on the results of processing and analysis of the data, obtained units of lithology that insertion silty-clay, and the sandstone graining insertion of silt. In vertical succession, the layering pattern formed generally thickens upwards which describes the energy of the depositional currents. The sedimentary structure consists of rip up-clast, parallel lamination, graded bedding, convolute, slump, and trace fossils of nereites trace fossils of nereites that characterize the sedimentation of traction currents and turbidite currents in the deep-sea environment. The sedimentation mechanism formed is the traction current mechanism which is a further development of turbidite current and high-low concentration turbidity current mechanism that occurs slowly on a suspension-controlled grain. The stratigraphic relationship of the rock units in the research area is aligned based on the genesis formation that is located in the setting of the deep marine.

Design and calculation of photoelectric properties of type-II superlattice photodetectors with diffraction ring structure

The photoelectric properties of type-II superlattices (T2SLs) infrared detectors with diffraction ring resonance structure are calculated and studied in this paper. In order to improve the quantum efficiency (QE), diffraction rings are designed on the top surface of T2SLs detectors to control the incident light inside. The maximum QE of ordinary detector is about 30%, while the detector with square diffraction rings is about 80%, and the detector with circular diffraction rings is about 60%. It shows that the structures with diffraction ring can significantly improve the QE of photodetectors. In addition, the size and shape of the resonator are studied. it is obvious that the optimization effect of the square diffraction ring is better than that of the circular diffraction ring, and the square diffraction ring is insensitive to the size change, so it is suitable for the manufacture of practical photodetectors. At the same time, the dark current mechanism of the detector is analyzed and the corresponding specific detectivity is calculated.

The mechanism of personal income taxation and its prospects in Ukraine

The article analyses the current mechanism of personal income taxation in Ukraine, examining the impact of its individual elements on total revenues from personal income tax. The analysis of revenue contributions from personal income taxation to the consolidated state budget and local budgets indicates that the personal income tax remains the most important sources of revenue. In the structure of personal income tax revenues, wages are the main source of taxable income. The author analyses the mechanism of taxation for natural persons (businessmen) and tax receipts flowing to local budgets from incomes from business activity and highlights its shortcomings. In this context, he proposes introducing progressive tax rates, which will make it possible to shift the tax burden from individuals with low incomes to those who earn higher incomes.

A more realistic skeletal mechanism with compact size for n-butanol combustion in diesel engines

To accurately predict the combustion and emissions characteristics of a diesel engine fueled with n-butanol/diesel blends, a more realistic compact-sized skeletal mechanism with (149 species and 497 reactions) was developed in this study based on the decoupling method. It was generated by integrating the simplified fuel-related sub-mechanisms of n-butanol and diesel surrogates including n-dodecane, iso-cetane, iso-octane, toluene, and decalin. The same detailed core sub-mechanisms of C2-C3 and H2/CO/C1, in which the formation and oxidation of benzene (A1) and larger polycyclic aromatic hydrocarbon (PAH) up to coronene (A7) of alkanes, aromatics, cycloalkanes and alcohols were used. The PAH formation behavior of individual fuel components in the mechanism were analyzed in detail based on the methods of pathway analysis, rate of production and sensitivity analysis. The mechanism was extensively validated against ignition delay time, laminar flame speed, species profile and three-dimensional engine simulation. The results show that the effects of fuel types on the PAH formation are satisfactorily captured, and the combustion characteristics of n-butanol/diesel blends and each component are reliably reproduced by the current mechanism.

Modeling of infrastructure development indicators of amalgamated territorial communities’ natural and economic systems

Relevance of the research topic. The urgency of the study is due to the fact that the implementation of sustainable development goals adapted to national conditions, ensuring the practical transition of the country and its regions to the model of sustainable development requires the use of all opportunities and resources, improving the natural resource and socio-economic potential public policy. Such tasks are at the present stage of reforming the administrative-territorial structure of the country. Formulation of the problem. One of the main tasks of administrative-territorial reform is to reformat the relations and powers between administrative-territorial units, create amalgamated territorial communities (ATC) and give them expanded rights to manage their own sustainable development. Therefore, there is a need for methodological justification of the process and conditions for the most effective use of natural resources and socio-economic potential of the territories as a basis for their balanced development. Analysis of recent research and publications. Modern aspects of solving the problems of decentralization and reforming the administrative-territorial system in the country are such scientists as Pavlyuk A.P., Oliynyk D.I., Batalov O.A., Datsko O.I., Murkovych L.L., Molodozhen Yu.B. etc. [1-4]. The results of our own research on the problem are given in [5-11]. Selection of unexplored parts of the general problem. As there is inequality in the provision of basic conditions, which include the availability of natural resources, demographic situation, socio-economic potential, the problem of developing systemic mechanisms to promote the creation of financially viable and self-sufficient communities and their infrastructure as a basis for sustainable development of the territory and the country as a whole. Problem statement, research goals. The above circumstances determine the feasibility of determining the levers and mechanisms for sustainable infrastructure development of the amalgamated territorial communities. Method and methodology of research. In the process of conducting research, general scientific (analysis and synthesis, induction and deduction, analytical grouping) and special (abstraction, modeling, etc.) methods of studying economic phenomena and processes were used. Presentation of the main material. The study of the dynamics of state support for infrastructural development of OTG, development expenditures (capital expenditures) and the effectiveness of the current mechanism for calculating the infrastructure subvention on the example of Zaporizhzhya region was conducted. There is a relationship between the volume of infrastructure subvention and development expenditures (capital expenditures). It is established that the current mechanism for determining the size of the infrastructure subvention, when it is determined depending on the size of the rural population and the area of UTC is ineffective. It is proved that it is necessary to assess the parameters of sustainable development of UTC not only by traditional components, which are economic, environmental and social, but also by the infrastructural component. For this purpose, an integrated indicator of sustainable infrastructural development of each individual UTC, district or region is proposed, which would allow comparing UTC indicators not only within the district or region, but also between regions of Ukraine. The integrated indicator for assessing the level of infrastructural sustainable development takes into account two components: external influence in the form of infrastructure subvention and internal opportunities of UTC in the form of development expenditures. In turn, the size of the state infrastructure subvention in accordance with the current procedure is determined by the area of UTC and the rural population, but in the proposed model it is advisable to recalculate not the rural population (as it is provided), but the total population of UTC in accordance with actual spending. The apparatus of fuzzy set theory was used to estimate the integrated indicator of the sustainability of infrastructural development. A comparison of indicators of infrastructural development of UTC of Zaporizhzhya region during 2016 - 2018 (unclear values of indicators which showed that by increasing the level of self-sufficiency and break-even OTG can increase the level of sustainability of infrastructural development. The use of own funds in the form of capital expenditures increases efficiency).

Fungal entomopathogens: a systematic review

Background Apprehensions about the safety and the environment regarding the insecticidal application against insect infestations have directed our attention toward advancement of biological mediators so that they are assimilated into the concept of integrated pest management stratagems to develop a more practical approach for the management of insect pests. Management of insect pests by making use of biological approaches (such as fungal entomopathogens (EPF) or others which are antagonistic to insect population) provides a substitute approach which reduces the continuous use of chemical amalgams against insect pests. Main body The present review provides a framework of the present status of information on EPF as it identifies with their current use as biological control of pest infestations. To utilize a variety of biological control methodologies against insect hosts, it is essential to improve our comprehension of the ecology of EPF and also their role in nature. This article may assist us with understanding the virulence and the virulence factors related with EPF and present the latest developments and accomplishments in the significant field. We focus on recent instances of studies that show the overall patterns in interactions among insect pests and EPF prompting the advancement of epizootics. Also, we sum up the topical discoveries on current status of mycoinsecticides and propose future research needs. Conclusions As the current mechanism of fungal pathogenesis on insects is moderately slow and needs improvement, there is likewise the requirement for additional comprehension of the interactions among entomopathogens and insect pests so as to grow soundly planned procedures by identifying potential targets and via the improvement of fungal strains for improving the adequacy of these organisms in field applications.