THE SPECIFICITY OF "CIRCUS GYMNASTICS ON THE CANVASES" IN TEACHING AND THE CREATIVE PROCESS OF THE KYIV CITY ACADEMY VARIETY AND CIRCUS ARTS

The article analyzes the peculiarities and specificity of the educational and scenic method in the genre of circus gymnastics on canvases. It specifies its characteristics, structural parts, techniques and principles for performing certain exercises, combinations, trick parts, scenic representation, as well as safety techniques.Keywords: сircus art, gymnastics, circus genres, educational process, teaching methods

Специфические особенности в цирковых жанрах – «Силовая акробатика»

The article considers the stage method according to the genre "Circus Acrobatics", the technique “Power Acrobatics” in the context of art education of the circus movement. Analyzed research in the field of circus, the historical information of the Kiev school of circus acrobatics. Given the characteristics of the forms and techniques for solitary and pair acrobatics, to understand their specifics. Exercises in power acrobatics for students of the "Circus acrobatics" genre are described. Clarified the definition of "Power Acrobatics". Key words: circus art, circus genre, acrobatics, power acrobatics, circus acrobatics, scenic method, Kyiv municipal academy of Circus art.В статье рассмотрен сценический метод по жанру «Цирковая акробатика», техника «Силовая дуэтная акробатика» в контексте художественного образования циркового направления. Проанализированы  исследования в области цирковедения, указаны исторические сведения Киевской школы цирковой акробатики. Уточнено понятие "Силовая акробатика". Даны характеристики форм и техник по силовой и парной акробатике, для понимания их специфики. Описаны упражнения по силовой акробатики для студентов жанра «Цирковая акробатика». Ключевые слова: цирковое искусство, цирковой жанр, силовая акробатика, цирковая акробатика, сценический метод

FEATURES OF THE CIRCUS GENRE OF AERIAL GYMNASTICS (FORMS OF SYNTHESIS ON THE EXAMPLE OF A DUET CORDE DE PÉRIL)

The purpose of the research is to analyze the specific features of the forms and techniques of ballet priyoms that are used as an integral part in the construction of tricks in the duet corde de péril of the circus genre of aerial gymnastics. The scientific novelty of the article consists in an attempt to comprehend the phenomenon of the unique use of similar priyoms both in ballet in a duet miniature and in aerial gymnastics of a duet corde de péril, which is a rather rare occurrence and representation of this circus genre in aerial gymnastics today. Plasticity, and expression are enriched with musical accompaniment and can be found at the intersection of two vectors − ballet and circus gymnastics, stunts in tricks. The technique of representation in the vertical plane (as opposed to horizontal in the ballet), demonstrates the new paradigm of perception synthesized genre.Key words: circus art, circus genres, aerial gymnastics, circus trick, corde de péri

ACROBATICAL-VOLTAGE IN THE SYSTEM OF HIGHER EDUCATION: AN ANALYSIS OF THE SCENIC METHOD FOR PRACTICAL STUDY OF THE INCREASED COMPLEXITY FOR THE SPECIALIZATION "CIRCUS ACROBATICS"

In the article the definitions of the acrobatic genre, in particular the peculiarities of acrobatical-voltage, are considered. An analysis of the scenic method in practice for studying acrobatic exercises of increased complexity is given. Examples are given of special jumps, as well as voluntarily acrobatics in the genre "Circus acrobatics", in the context of artistic education of the circus. Also, the historical information of the Kiev school of circus acrobatics is briefly indicated. Ontological characteristics of certain terms for acrobatics are given, to understand their specific features.Key words: circus art, circus genre, acrobatics, acrobatical-voltage, circus acrobatics, scenic method, Kyiv municipal academy of Сircus art.Дмитрий Орёл, Акробатический вольтиж в системы высшего образования: анализ сценического метода в практическом изучении повышенной сложности для специализации «Цирковая акробатика» / Киевская муниципальная академия эстрадного и циркового искусств, Украина, КиевВ статье рассмотрены дефиниции акробатического жанра, в частности особенности вольтижной акробатики. Дан анализ сценического метода на практике для изучения акробатических упражнений повышенной сложности. Приведены примеры специальных прыжков, а также вольтижной акробатики по жанру «Цирковая акробатика», в контексте художественного образования циркового направления. Также, кратко указаны исторические сведения Киевской школы цирковой акробатики. Даны онтологические характеристики отдельных терминов по акробатике, для понимания их специфики. Ключевые слова: цирковое искусство, цирковой жанр, акробатика, акробатический вольтиж, цирковая акробатика, сценический метод, Київська муніципальна академія естрадного та циркового мистецтва

AERIAL GYMNASTICS – CORD-DE-PARILLE: FORMAL, TECHNICAL THE SIGNS

In the article, for the first time in the domestic circus criticism (circus studies), a detailed analysis and ontological substantiation of the circus genre of aerial gymnastics in Cord-de-Parille is given. Clarifies the principles and techniques of the creative work of a circus artist on the Cord-de-Parille. Specifies the features of the work and its principles.Exercises and tricks on Cord-de-Parille are specified according to the methodology and terminology adopted in circus gymnastics.Keywords: circus art, circus gymnastics, aerial gymnastics, circus genres, cord-de-parille, circus studies.Дмитрий Орёл, Воздушная гимнастика – Корд-де-парель: формально-технические / Киевская муниципальная академия эстрадного и циркового искусств, Украина, Киев.В статье, впервые в отечественной цирковой критике (цирковедение) дан детальный анализ и онтологическое обоснование циркового жанра воздушная гимнастика на корд-де-пареле. Уточняются упражнения и трюки на корд-де-пареле согласно принятым в цирковой гимнастики методологии и терминологии. Ключевые слова: цирковое искусство, цирковая гимнастика, воздушная гимнастика, корд-де-парель, цирковые жанры, цирковедени

Interplay between the structural and magnetic probes in the elucidation of the structure of a novel 2D layered V_4O_4(OH)_2(O_2CC_6H_4CO_2)_4·DMF

The title compound has been synthesized under solvothermal conditions by reacting vanadium(V) oxytriisopropoxide with terephthalic acid in N,N-dimethylformamide. A combination of synchrotron powder diffraction, infrared spectroscopy, scanning and transmission electron microscopy, thermal and chemical analysis elucidated the chemical, structural and microstructural features of new 2D layered inorganic-organic framework. Due to the low-crystallinity of the final material, its crystal structure has been solved from synchrotron X-ray powder diffraction data using a direct space global optimization technique and subsequent constraint Rietveld refinement. [V_4O_4(OH)_2(O_2CC_6H_4CO_2)_4•DMF] crystallizes in the monoclinic system (space group P2/m (No. 10)); cell parameters: a = 20.923(4), b = 5.963(4), c = 20.425(1)Å, β = 123.70(6)º, V = 2120.1(9)Å^3, Z = 2. The overall structure can be described as an array of parallel 2D layers running along [-101] direction, consisting of two types of vanadium oxidation states and coordination polyhedra: face-shared trigonal prisms (V^4+) and distorted corner-shared square pyramids (V^5+). Both configurations form independent parallel chains oriented along the 2-fold symmetry crystallographic b-axis mutually interlinked with terephthalate ligands in a monodentate mode perpendicular to it. The morphology of the compound exhibits long nanofibers, with the growth direction along the layered [-101] axis. The magnetic susceptibility measurements show that the magnetic properties of V_4O_4(OH)_2(O_2CC_6H_4CO_2)_4•DMF can be described by a linear antiferromagnetic chain model, with the isotropic exchange interaction of J = −75 K between the nearest V^4+ neighbours of S = 1/2

Intramolecular Hydrogen Bonding in Guanidinium and Potassium Hydrogen Malonates - an Infrared and X-Ray Diffraction Study

A new modification of potassium hydrogen malonate was obtained by crystallization from dimethylsulphoxide (DMSO)\u27 solution. Its infrared spectrum differs in its essential features from the spectra of the known modification crystallizing from water!-" but resemble those of guanidinium hydrogen malonate. Both spectra are interpreted in terms of strong, intramolecular hydrogen bonding, This is supported by the fact that the main features (CO and OH stretching) remain essentially unchanged on dissolution in DMSO and by the X-ray diffraction on guanidinium hydrogen malonate. The structure of its crystals was solved by the direct method and refined by full matrix least squares to R value of 0.044 for 453 observed reflections. The structure consists of planar guanidinium ions and hydrogen maleate residues containing short intramolecular, but asymmetric bonds of 2.407(3)A