Suchergebnisse - Advanced Materials Research
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The development research of computer-aided rhythmic gymnastics selection system (Die Entwicklung eines computergestützten Auswahlsystems für die Rhythmische Sportgymnastik)
Chen, D., Yang, Y., Liu, X.Veröffentlicht in Advances in Social Science, Education and Humanities Research (2015) -
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The Science of Gymnastics: Advanced Concepts (Die Wissenschaft des Turnens: Weiterführende Konzepte)
M. JemniVeröffentlicht 2018“… As such, The Science of Gymnastics is essential reading for any student, researcher or coach with an interest in gymnastics, and useful applied reading for any student of sport science or sports coaching …”
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Body composition in high-level female rhythmic gymnasts of different age categories (Körperzusammensetzung bei rhythmischen Sportgymnastinnen des Hochleistungsbereichs verschiedener Altersgruppen)
Purenovic-Ivanovic, T., Popovic, R., Bubanj, S., Stankovic, R.Veröffentlicht in Science & Sports (2019)“… Materials and methods: Eighty-four elite and sub-elite female rhythmic gymnasts (age: 12.9±3.1 years, body height: 152.5±14.6cm, body mass: 40.6±12.2kg), distributed in five age categories (10 beginners, aged 7-9 years; 22 intermediate, aged 9-12 years; 18 advanced, aged 12-14 years; 19 juniors, aged 14-16 years; 15 seniors, aged 16 years and older), volunteered to participate in the study. …”
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Features of the improved methodology of pedagogical control of physical preparedness of athletes in aesthetic gymnastics (Merkmale der verbesserten Methodik der pädagogischen Steuerung der körperlichen Vorbereitung von Athletinnen in der Rhythmischen Sportgymnastik )
Kamaev, O., Osadchyieva, S.Veröffentlicht in Slobozhanskyi herald of science and sport (2018)“… Theoretical analysis and generalization of scientific and methodical literature was carried out, pedagogical methods of research, medical and biological methods of research, methods of mathematical statistics. …”
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Biomechanical characterization dismount from balance beam on the basis of the analysis of key elements of sports equipment (Biomechanische Beschreibung des Abgangs vom Schwebebalken auf der Basis der Analyse der Schlüsselelemente des Sportgeräts)
Potop, V. A., Rafal, G., Boloban, V. N., Otsupok A. P.Veröffentlicht in Pedagogics, psychology, medical-biological problems of physical training and sports (2013)“… The method of video - computer research dismount from balance beam type flip off rondat and rondat - coup ago, in conjunction with the method of postural orientation movements allow you to perform a detailed biomechanical analysis of the key elements of sports equipment, to develop advanced training programs. …”
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Multi-posture jumps analysis with computational modelling and simulation technology (Multipositions Sprunganalyse durch Computermodellierung und Simulationstechnologie)
Han, J., Lu, L. P.Veröffentlicht in Advanced Materials Research (2011)“… Advanced Materials Research …”
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Quantitative and qualitative analysis of international standing in group competition in the sport of rhythmic gymnastics (Quantitative und qualitative Analyse des internationalen Stands des Gruppenwettbewerbs in der Rhythmischen Sportgymnastik)
Kwitniewska, A., Dornowski, M., Hökelmann, A.Veröffentlicht in Baltic Journal of Health and Physical Activity (2009)“… Until now, analyses gave no information about the numerous quantitative parameters that might affect the level of performance of a group composition. The research was undertaken with a more advanced computer program to analyze competitive performance using the performance parameters such as space parameters, running path, throwing distances, movement network, arrangement forms, etc during the 2008 Baltic Rhythmic Gymnastics Cup (Senior) in order to find which quantitative and qualitative criteria distinguish the performance of the best teams. …”
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XXth International Symposium on Biomechanics in Sports (XX. Internationales Symposium Biomechanik im Sport)
Veröffentlicht 2002“… Coghlan ACTIVE DRAG AT LOW SWIMMING VELOCITIES: Rhys Thorp and Barry Wilson ADVANCED SOLUTION OF AORTA BLOOD FLOW PROPERTIES UNDER BODY ACCELERATION FORCES: S. …”