750 Natalia the economic and legal analysis of the terms of international delivery contracts involving Russian suppliers

Purpose: The article presents an economic and legal analysis of the terms of contracts for international delivery of goods involving Russian suppliers. Design/Methodology/Approach: The authors analysed the international norms of regulating relations for the goods’ delivery involving the foreign element. Terms of the goods delivery are investigated according to the national legislation of the Russian Federation. Findings: As a result, it is necessary to use an economic and legal approach when developing contract terms for the goods’ delivery to take into account norms of international law, the national legislation of the supplier country and in accordance with the calculations of the contract price and payment terms. Practical Implications: The proposed method is in accordance with the international legal framework and it can be adopted by the Russian Federation easily. Originality/Value: There is no such an approach eligible to modernize the existing system in the country.peer-reviewe

GEFUEGE UND EIGENSCHAFTEN VON PATENTIERTEN HOCHGEKOHLTEN DRAHT

Influence of bainite structure on mechanical characteristics of wire of steel 80 after patenting is investigated. the quantity and structural state of bainite, providing high complex of mechanical characteristics of high-carbon wire, is determined

The location of Airy-0, the Mars prime meridian reference, from stereo photogrammetric processing of THEMIS IR imaging and digital elevation data

The small crater Airy-0 was selected from Mariner 9 images to be the reference for the Mars prime meridian. Initial analyses in the year 2000 tied Viking Orbiter and Mars Orbiter Camera images of Airy-0 to the evolving Mars Orbiter Laser Altimeter global digital terrain model to update the location of Airy-0. Based upon this tie and radiometric tracking of landers/rovers from Earth, new expressions for the Mars spin axis direction, spin rate, and prime meridian epoch value were produced to define the orientation of the Martian surface in inertial space over time. Since the Mars Global Surveyor mission and Mars Orbiter Laser Altimeter global digital terrain model were completed some time ago, a more exhaustive study has been performed to determine the accuracy of the Airy-0 location and orientation of Mars at the standard epoch. Thermal Emission Imaging System (THEMIS) IR image cubes of the Airy and Gale crater regions were tied to the global terrain grid using precision stereo photogrammetric image processing techniques. The Airy-0 location was determined to be about 0.001° east of its predicted location using the currently defined International Astronomical Union (IAU) prime meridian location. Information on this new location and how it was derived will be provided to the NASA Mars Exploration Program Geodesy and Cartography Working Group for their assessment. This NASA group will make a recommendation to the IAU Working Group on Cartographic Coordinates and Rotational Elements to update the expression for the Mars spin axis direction, spin rate, and prime meridian location

ПРОБЛЕМЫ ОПРЕДЕЛЕНИЯ ФАКТИЧЕСКИХ ГРАНИЦ (КООРДИНАТ) ОБЪЕКТОВ ИССЛЕДОВАНИЯ ПРИ ПРОИЗВОДСТВЕ СУДЕБНОЙ ЗЕМЛЕУСТРОИТЕЛЬНОЙ ЭКСПЕРТИЗЫ

The paper presents the key problems concerning the geodesic description of propertylocation with the help of turning point coordinates of its boundaries in the establishedsystem of coordinates. It examines the advantages of incorporating innovative globalpositioning technologies into forensic land survey procedures.В статье охарактеризованы основные проблемы, возникающие при геодезическомописании местоположения земельного участка с помощью координат поворотныхточек его границ в установленной системе координат. Рассмотрены преимуществаиспользования инновационных технологий глобального позиционирования припроизводстве судебной землеустроительной экспертизы

Исследование фазового состава Cu-содержащего катализатора в процессах очистки метанол-содержащей водной фракции и конверсии СО

The paper describes a study on the formation of CuO/ZnO/Al2O3 at synthesis and calcination. The effect of crystallinity of copper and zinc oxides depending on the thermolysis temperature is shown. Data on activity and stability in the reactions of CO conversion and water-methanol fraction purification from of CH3OH are given. It is assumed that the precursor of the active state (in addition to the bulk phase fine CuO) is caused by the presence of isolated Cu2+ cations and clusters of copper (CuO)x in various oxide compounds. The obtained results are used in the development of catalysts for the purification of water-methanol mixture from CH3OH and steam conversion of CO.В работе представлены результаты исследования образцов с определенным соотношением CuO/ZnO, полученных аммиачно-карбонатным способом и механическим смешением гидроксо-карбонатов меди, цинка и оксида алюминия. Приведены данные по каталитической активности в реакциях конверсии СО и очистки метанолсодержащей водной фракции от СН3ОН. Предполагается, что предшественниками активного состояния являются (помимо высокодисперсной объемной фазы CuO ) изолированные катионы Cu2+ в структуре ZnO

Engaging the audience through videography as performance

The audience is an important part of videography, but its role tends to be seen as passive and unengaged. The audience’s experience is often guided in videography, with intended reaction made clear. Yet such an approach to the audience does not make use of the possibilities of videography for inciting active interaction and incorporating multiple interpretations. Previous research has suggested that videography has potential for interventional influence on audiences by taking on the performative turn in research. Developing more deeply the notions of performance and performativity in the context of videography, this paper proposes that one way to activate audiences, interact directly with them and engage them in meaning-making is to approach videography as performance. To provide practical suggestions for creating such performance, the paper contextualises videography as a recording medium, thus establishing its ontological position and ties to other media

Assessing the Societal Impact of Research: The Relational Engagement Approach

Marketing and policy researchers aiming to increase the societal impact of their scholarship should engage directly with relevant stakeholders. For maximum societal effect, this engagement needs to occur both within the research process and throughout the complex process of knowledge transfer. The authors propose that a relational engagement approach to research impact complements and builds on traditional approaches. Traditional approaches to impact employ bibliometric measures and focus on the creation and use of journal articles by scholarly audiences, an important but incomplete part of the academic process. The authors recommend expanding the strategies and measures of impact to include process assessments for specific stakeholders across the entire course of impact, from the creation, awareness, and use of knowledge to societal impact. This relational engagement approach involves the cocreation of research with audiences beyond academia. The authors hope to begin a dialogue on the strategies researchers can use to increase the potential societal benefits of their research

Microscopic study of schist near Sarbay ridge (South Ural)

The article briefly shows the geological structure of the Sarbay ridge area (near Mednogorsk city) and microscopic analysis of schists. The result of research of schists is the conclusion of its volcanic origin

PROBLEMS IN DETERMINING THE ACTUAL PROPERTY BOUNDARIES !COORDINATES" IN THE COURSE OF FORENSIC LAND SURVEY

The paper presents the key problems concerning the geodesic description of propertylocation with the help of turning point coordinates of its boundaries in the establishedsystem of coordinates. It examines the advantages of incorporating innovative globalpositioning technologies into forensic land survey procedures