International Journal of Applied Exercise Physiology (IJAEP) ISSN: 2322 - 3537
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The Eastern Partnership and Ukraine
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Electronic archive of Ternopil National Ivan Puluj Technical University здобув тільки середню освіту. Близько 25% осіб з вищою освітою отримують доходи, що вдвічі вищі середніх. Фінансові вигоди від інвестицій у вищу освіту для кожної особи протягом її життя є досить суттєвими, найнижчими вони є в Кореї, та становлять 83 200 дол. США або 6,2%. Найвищими фінансові вигоди від інвестицій у вищу освіту в Угорщині 315 600 дол. США або 25,4% та Польщі – 338 200 дол. США або 29,2%. Середній показник чистого фінансового доходу від інвестицій у вищу освіту в країнах ОЕСР становить 229 000 дол. США або 14,0%, серед країн ЄС даний показник дещо відрізняється і складає 222 000 дол. США або 15,5%. Така фінансова віддача від інвестицій у власну освіту заслуговує на увагу, і як показують результати, здобуття вищої освіти досить швидко окуповується. Населення з більш високим рівнем освіти також характеризується кращим рівнем здоров’я та більш схильне вести здоровіший спосіб життя, що відображається у зниженні показників смертності. Також окремі дослідження вказують на більш низький рівень злочинності серед освіченого населення. Переваги більш освіченого населення залишаються не тільки на сучасному етапі для самих працівників, а й майбутнім поколінням і суспільству в цілому. Отже, існує тісний зв’язок між рівнем освіти окремого індивіда, всього населення та розвитком економіки країни в цілому. Використана література 1. Константюк Н.І. Механізм фінансового забезпечення розвитку людського капіталу та його вплив на конкурентоспроможність економіки держави //Вісник Одеського національного університету імені І.І. Мечникова. Серія: Економіка, Т.19.Випуск 3/4, – 2014. -
波蘭亞捷隆大學 Jagiellonian University
Created: 2010.10 Last Updated: 2018.08.03 波蘭亞捷隆大學 Jagiellonian University 校園圖片 校園所在位置 Capital Campus 簡介1 亞捷隆大學(波蘭文:Uniwersytet Jagielloński,英 文:Jagiellonian University), 前身為克拉科夫學院(波蘭文:Akademia Krakowska,英文 Cracow Academy), 創建於西元 1364 年 5 月 12 日,波蘭國王卡齊米日三世(Kazimierz Wielki,英文 Casimir the Great) 當時在首都克拉科夫市( Kraków / Cracow)創建克拉科夫學院, 並於 1400 年正式改制為大學,成為波蘭首學。現今,約八十萬人口的克拉科夫 市擁有著近 20 萬位大學生,以及 23 所高等院校,為名符其實的大學城。 曾於亞捷隆大學求學之相關歷史名人有:天文學家哥白尼(Mikołaj Kopernik / Nicolaus Copernicus)、卡羅、沃伊蒂瓦(Karol Wojtyła,已故教宗若望 1 http://ppt.cc/azV8 1 Created: 2010.10 Last Updated: 2018.08.03 保祿二世 John Paul II)、人類學大師馬林諾夫斯基(Bronisław Malinowski)、諾 貝爾文學獎得主辛波絲卡(Wisława Szymborska,曾於此校就學,但未畢業)等。 亞捷隆大學各學院分散座落於市區,其中的 Collegium Maius 是全波蘭最古老的 大學建築,現已成為博物館。 背景說明(關係建立) 2010 年 10 月 28 日國際事務委員會審查通過(4 票)。兩校代表曾於 2010 年 9 月在法國南特舉辦的歐洲教育者年會中會晤。此外,該校校長 Prof. Dr. Wojciech Nowak 與中東及遠東研究所所長 Ks dr hab. Krzyszto Koscielniak、前任 所長暨現任波蘭駐馬來西亞、汶萊、菲律賓大使 Prof. dr hab. Adam W. Jelonek 等 3 人,於 2014 年 9 月 1 日由教育部代表陪同來訪本校。 規模2 1. Number of students in the academic year 2017/2018:43,961 students:38,860 Post diploma students:2,105 PhD students:2,996 2. Number of programmes of study and specialisations fields of study:86 Specialities:117 faculties:16 3. Number of staff (including Medical College) – FTE:7199 academic teachers:3811 professors (ordinary): 271 professors (extraordinary): 388 visiting professors:0 docents:0 adjunct academics:1885 assistants:685 2 http://www.en.uj.edu.pl/en_GB/about-university/facts-and-figures 2 Created: 2010.10 Last Updated: 2018.08.03 lecturers and senior lecturers:491 language teachers and instructors:70 certified librarians, information and documentation staff:21 others:3388 組織建制 1. -
From Galicia to Vienna: Scientific Careers of I. Puluj and I. Horbaczewski
The Global and the Local: The History of Science and the Cultural Integration of Europe. nd Proceedings of the 2 ICESHS (Cracow, Poland, September 6–9, 2006) / Ed. by M. Kokowski. Roman Plyatsko * From Galicia to Vienna: Scientific careers of I. Puluj and I. Horbaczewski BECAUSE OF DIFFERENT REASONS, Ukrainian young people from Galicia have very restricted possibilities to make the scientific career at Lviv University. However, some of them were successful in Vienna or Prag. In this context the very interesting figure are Professors Ivan Puluj and Ivan Horbaczewski. Ivan (Johann) PULUJ (1845, Hrymajliv, Ternopil’ region, Ukraine – 1918, Prague) In 1884–1916 Professor of Deutsche Technische Hochschule in Prague (1888–1889 — Rector, 1890– 1891 — Dean, 1902 — first Head of the chair for Electrical Engineering). Prof. Dr. Gerhard Kowalewski, Deutschland: ―... Never in my life I have met such personality as Puluj …‖.1 Prof. Dr. Wilhelm Formann, Österreich: ―Dr. Puluj ... belongs to the most interesting persons of science of the period 19 – beginning 20 century‖.2 1869 — graduated from Theological Faculty of Vienna University; 1872 — graduated from Philosophical Faculty of Vienna University; 1872–1874 — at the Laboratory of Prof. von Lang of Vienna University; 1875–1876 — at the Physical Institute of Prof. August Kundt of Strasbourg University; 1876 — PhD degree of Strasbourg University; 1876–1883 — at Vienna University; 1883–1884 — in Steyr, the firm of Werndel; 1910 — titled ―Hofberaters‖; 1913 — Honorary Member of the Society for Electrical Engeneering in Vienna; 1916 — proposition to head the Ministry of Education of Austria. * Institute for Applied Problems in Mechanics and Mathematics, National Academy of Sciences of Ukraine; email: [email protected] . -
History of Crystallography in the Region of Former Czechoslovakia
History of Crystallography in the Region of Former Czechoslovakia Crystallographic milestones, leading figures and groups Crystallography has long and rich tradition in the region of former Czechoslovakia. It was cultivated in the framework of two principal Czech scientific organizations, Charles University (founded in 1348), and Academy of Sciences (formerly Academy of Sciences and Arts, founded in 1770). Johannes Kepler, known as a famous astronomer, during his stay in Prague (1600-1612) wrote a paper “On hexagonal snow flake” as a New Year present to his friend and famous diplomat Jan Matouš Wacker von Wackenfels. This paper is the oldest written document of new era crystallography and deals with the outer symmetry seen in morphology of crystals as a reflection of inner symmetry of matter, without any idea about the nature of building elements at that time. Searching an origin of hexagonal symmetry of snow Kepler though about the closest packing of equal sized solid spheres. He also discussed even more general space orderings and introduced the term coordination number as a number of neighbour spheres, which are in contact with the central one. The trial to explain the shape of snow flakes from building of water particles symmetrically arranged in space can be regarded as an origin of theory of crystal lattice. He also mentioned the constant ratio of angles among equivalent faces and edges of crystals. In 2014, the work was issued by Charles University in Latin-Czech bilingual form (translated from Latin) and by Oxford University press in Latin-English form. The first independent experiments Old Czech family of German chemist Friedrich August Kekule, with X-rays were performed in later Kekulé von Stradonitz (1829-1896), came from a village Prague by Ivan Puluj (Pulyui, 1845- located near Slaný in Bohemia. -
Comparative Analysis of Urban Areas of the Republic of Tatarstan and Perm Krai
IX International Scientific Conference Analysis of International Relations 2018. Methods and Models of Regional Development Katowice, Poland 12 January 2018 COMPARATIVE ANALYSIS OF URBAN AREAS OF THE REPUBLIC OF TATARSTAN AND PERM KRAI Svetlana Khusnutdinova1, Tatiana Balina2, Larisa Chekmeneva2, Roman Nikolaev2, Rustem Khusnutdinov3 1 Kazan Federal University Institute of Management, Economics and Finance Kremlevskay,18, 420008 Kazan, Russia E-mail: [email protected] 2 Perm State National Research University Department of Social and Economic Geography Bukireva Street, 15, 614990, Perm, Russia E-mail: [email protected] 3 Kazan State Power Engineering University Institute of Electric Power Engineering and Electronics Krasnoselskaya, 51, 420066, Kazan, Russia E-mail: [email protected] Abstract: The processes of urbanization are widely covered in modern scientific and periodical literature, have long been at the epicenter of attention of scientists dealing with the problems of territorial organization of society. The article is devoted to a comparative analysis of the urbanized territories of the two regions of Russia – the Republic of Tatarstan and the Perm Krai. The capital cities of the regions have a population of over a million people. The 20th century was the century of the formation of urbanization processes in that and in the other region. And the process of urbanization was accompanied by industrialization, which was going on at a high pace. The end of the 20th century – the beginning of the 21st century was characterized by the most important trends that influenced all regions of Russia and, first of all, urbanized ones: the transition from the command economy to a market economy; the transition from industry to post- industry. -
E-Learning in European Higher Education Institutions
EUA PUBLICATIONS 2014 E-LEARNING IN EUROPEAN HIGHER EDUCATION INSTITUTIONS RESULTS OF A MAPPING SURVEY CONDUCTED IN OCTOBER-DECEMBER 2013 MICHAEL GAEBEL, VERONIKA KUPRIYANOVA, RITA MORAIS, ELIZABETH COLUCCI Copyright 2014 © by the European University Association All rights reserved. This information may be freely used and copied for non-commercial purposes, provided that the source is acknowledged (© European University Association). European University Association asbl Avenue de l’Yser 24 1040 Brussels, Belgium Tel: +32-2 230 55 44 Fax: +32-2 230 57 51 A free electronic version of this report is available through www.eua.be 9789078997511 2 E-learning in European Higher Education Institutions November 2014 Results of a mapping survey conducted in October-December 2013 Michael Gaebel, Veronika Kupriyanova, Rita Morais, Elizabeth Colucci 3 Contents Foreword ................................................................................................................................................. 6 1 Executive Summary ..................................................................................................................... 7 2 Introduction .............................................................................................................................. 13 3 About the survey ....................................................................................................................... 14 3.1 Survey goals and structure ................................................................................................... -
Marian Smoluchowski: a Story Behind One Photograph Subject of Our Study, Became a Part of the Collection of the Ntsh Museum Is Not Known
CONDENSED MATTER PHYSICS, 2012, VOL. 15, NO 4, 47101: 1–8 DOI: 10.5488/CMP.15.47101 HTTP://WWW.ICMP.LVIV.UA/JOURNAL CHRONICLE MARIAN SMOLUCHOWSKI: A STORY BEHIND ONE PHOTOGRAPH A. ILNYTSKA1, J. ILNYTSKYI2, YU. HOLOVATCH2, A. TROKHYMCHUK2 1 V. STEFANYK LVIV NATIONAL SCIENTIfiC LIBRARY OF UKRAINE, 79000 LVIV, UKRAINE 2 INSTITUTE FOR CONDENSED MATTER PHYSICS OF THE NATIONAL ACADEMY OF SCIENCES OF UKRAINE, 1 SVIENTSITSKII ST., 79011 LVIV, UKRAINE RECEIVED OCTOBER 29, 2012, IN fiNAL FORM DECEMBER 3, 2012 WE DISCUSS THE PHOTOGRAPH PROCURED FROM THE ARCHIVES OF THE V.STEFANYK LVIV NATIONAL SCIENTIfiC LIBRARY OF UKRAINE DATED BY 1904 WHICH SHOWS MARIAN SMOLUCHOWSKI TOGETHER WITH PROFESSORS AND GRADUATE STUDENTS OF THE PHILOSOPHY DEPARTMENT OF THE LVIV UNIVERSITY. THE PERSONALIA INCLUDES BOTH THE PROFESSORS AND THE GRAD- UATES DEPICTED ON THE PHOTOGRAPH WITH THE EMPHASIS ON THE GRADUATES AS BEING MUCH LESS KNOWN AND STUDIED. THE PHOTOGRAPH ORIGINATES FROM THE COLLECTION OF THE SHEVCHENKO SCIENTIfiC SOCIETY, THEREFORE A BRIEF HISTORICAL BACKGROUND ON THE ACTIVITIES OF PHYSICISTS IN THIS SOCIETY AROUND THAT PERIOD OF TIME IS PROVIDED AS WELL. KEY WORDS: HISTORY OF SCIENCE, SHEVCHENKO SCIENTIfiC SOCIETY, LVIV UNIVERSITY, MARIAN SMOLUCHOWSKI PACS: 01.60.+Q, 01.65.+G 1. ABOUT THE PHOTOGRAPH AND ITS ORIGIN NOT SO MANY PHOTOGRAPHS OF MARIAN SMOLUCHOWSKI ARE KNOWN. TO OUR BEST KNOWLEDGE, THE PHO- TOGRAPHS REPRESENTING MARIAN SMOLUCHOWSKI TOGETHER WITH HIS COLLEAGUES AND STUDENTS ARE ALTOGETHER ABSENT. THAT IS WHY THE PHOTOGRAPH (SEE fiGURE 1) RECENTLY DISCOVERED IN THE ARCHIVES OF THE INSTITUTE FOR LIBRARY ART RESOURCES STUDIES WHICH BELONGS TO THE V. -
Note: Page Numbers in Italic, E.G
Index Note: page numbers in italic, e.g. 164, refer to figures. Page numbers in bold, e.g. 72, signify entries in tables. acritarchs, Late Cambrian age constraints on Kolguev Island 159 Bothnia, Gulf of 170 Agma 39 Botniahalvoya 208, 209 Ai Formation 19-20 Breibogen-Bockfjorden Fault 192, 208 Aldan, River 234 Brennevinst]orden 193 Aldan shield 234 Brennevinsfjorden Group 192 Amderma 2, 20 Bugrino 160 Anabar shield 234 Burzyan 30 Andr6eland 192 Burzyan Group 19-21 Andr6eland-Dicksonland Graben 192, 195-196 Buton Formation 26 Andr6eneset 208 Bystrino Group 29 Angara, River 234 Bystrynskaya Group 9-12, 12 Angara Block 234 Aral Sea 146 Caledonian Suture 59 Arkhangel'sk 2, 39, 146 Caledonides 2 palaeogeographic/palaeotectonic sketch map 49 comparison with Laurentian margin 197-200, 198 Arsha Formation 23 relationship with Timanides 201 Atomt]ella Antiform 194-195, 194, 209 western Baltoscandian basins 178, 178 Austfonna 209 type I basins 178-181,179 Avzyan Formation 22 type II basins 181 - 182 type III basins 182-183 Bad'yashorskaya Formation 148 Celsiusberget Group 193 Baikal, Lake 234 Central Timan Fault (CTF) 6, 48, 48, 60, 170 Baikalides 1,233 palaeogeographic/palaeotectonic sketch map 49 Baikibash Formation 24 Chaichiy Island 62 Bakal Formation 20-21 Chelyabinsk 2 Bakeevo Formation 23 Chelyuskin ophiolite belt 240-241 Balto-Timanian triple junction (BTTJ) 185 Chernaya, River 70 Bangenhuken Complex 194 Chernyi Kamen Formation 26 Barents Sea 2, 6, 59 Cheshskaya Bay 6, 8, 60, 70 Timanian and Caledonian trends 53-54 Chetlas Group 28 regional -
The Saxicolous Moss Flora of the Middle Urals Флора
Arctoa (2002) 11: 63-80 THE SAXICOLOUS MOSS FLORA OF THE MIDDLE URALS ÔËÎÐÀ ÌÕΠÑÊÀËÜÍÛÕ ÎÁÍÀÆÅÍÈÉ ÑÐÅÄÍÅÃÎ ÓÐÀËÀ IRINA L. GOLDBERG1 È. Ë. ÃÎËÜÄÁÅÐÃ1 Summary The saxicolous moss flora of the Middle Urals, the lowest part of the Ural Mts extending from 55054’ N to 59015’ N, is studied. It is found to be quite specific, comprising 110 species inhabiting exclusively or predominantly rock outcrops. Number of their localities in the Middle Urals, types of bedrock, altitudinal, regional and general distribution are analyzed. Annotated list of moss species with comments on morphology and anatomy of some taxa is provided. Ðåçþìå Èçó÷åíà ôëîðà ìõîâ ñêàëüíûõ îáíàæåíèé Ñðåäíåãî Óðàëà – ñàìîé íèçêîé ÷àñòè Óðàëüñêèõ ãîð, ïðîñòèðàþùåéñÿ îò 55054’ äî 59015’ ñ.ø. Îíà ÿâëÿåòñÿ äîâîëüíî ñïåöèôè÷íîé, âêëþ÷àþùåé 110 âèäîâ, ïðîèçðàñòàþùèõ èñêëþ÷èòåëüíî èëè ïðåèìó- ùåñòâåííî íà ñêàëüíî-êàìåíèñòûõ ñóáñòðàòàõ. Ïðîàíàëèçèðîâàíà ÷àñòîòà èõ âñòðå÷àåìîñòè, ðàñïðåäåëåíèå ïî âûñîòíûì ïîÿñàì è ãîðíûì ïîðîäàì íà Ñðåäíåì Óðàëå, ðåãèîíàëüíîå è îáùåå ðàñïðîñòðàíåíèå. Ïðèâåäåí àííîòèðîâàííûé ñïèñîê âèäîâ; äëÿ íåêîòîðûõ ðàññìîòðåíû àíàòîìî-ìîðôîëîãè÷åñêèå îñîáåííîñòè. Rocks on top of hills and mountains, cliffs The climate is temperate, more continental along river banks are widespread in mountainous on the eastern slope. The coldest month is Jan- regions. Rock outcrops are characterized by ex- uary with a mean air temperature of –16-170C, tremely fragmented and variable microenviron- while the warmest month is July with a mean ment providing for the highest diversity of habi- of +16-170C. The annual amount of precipita- tats for bryophytes. Besides, rock outcrops are known tion is 400-500 mm (Kuvshinova, 1968). -
INB/Biznet Codebook
BizNet Codebook For Years 1999-2018 Compiled by Andy Balzer BizNet Database Codebook How to Obtain More Information For more information about this Codebook or other services and data available from the New Brunswick Institute for Research, Data and Training (NB-IRDT), contact us in any of the following ways: • visit our website at https://www.unb.ca/nbirdt/ • email us at [email protected] • call us at 506-447-3363 Monday to Friday, 8:30am to 4:30pm Updated March 2020 Page 2 of 169 BizNet Database Codebook Table of Contents How to Obtain More Information ............................................................................................... 2 About this Codebook .................................................................................................................. 5 Overview ........................................................................................................................................ 6 Data Range ............................................................................................................................... 6 Data Source ............................................................................................................................... 6 How to Cite this Codebook ..................................................................................................... 6 Acknowledgements ................................................................................................................. 7 About this Product ....................................................................................................................... -
Ecological Tourism Features and Perspectives in the Ural and in the Perm Krai
ºðºì²ÜÆ äºî²Î²Ü вزÈê²ð²ÜÆ ¶Æî²Î²Ü îºÔºÎ²¶Æð Ó×ÅÍÛÅ ÇÀÏÈÑÊÈ ÅÐÅÂÀÍÑÊÎÃÎ ÃÎÑÓÄÀÐÑÒÂÅÍÍÎÃÎ ÓÍÈÂÅÐÑÈÒÅÒÀ ºñÏñ³µ³ÝáõÃÛáõÝ ¨ ³ß˳ñѳ·ñáõÃÛáõÝ 3, 2016 Геология и география Geo g r a p h y УДК 796.5 ECOLOGICAL TOURISM FEATURES AND PERSPECTIVES IN THE URAL AND IN THE PERM KRAI A. I. ZYRYANOV, A. Yu. KOROLEV, S. E. MYSHLYAVTCEVA, A. A. SAFARYAN ** Perm State University, RF The article provides the current concepts of ecological, self-regulatory, active and sport tourism in Russia, highlights the present state of ecological tourism, and deals with its rational spatial organization in the Ural territory and Perm Krai. Keywords: ecological, active, sport, self-regulatory tourism, territorial organization, Perm, Ural Mountains. Introduction. The idea that the territories, which are the most interesting in terms of nature, must be used rationally in tourism and be protected from other, especially “non environment-friendly”, activities is quite commonplace in present world and is almost universally accepted. It primarily concerns unique beautiful places with the nature’s masterpieces. Such areas must have a certain system of organi- zation in the form of national parks, nature parks and such like to encourage tourism and combine the functions of nature conservation and tourism. A number of countries have succeeded in this field and have nationwide networks of national parks. Creating a network of national parks has always lagged behind the needs of people in the organization of tourism and recreation in the natural environment in Russia due to a shift in priorities towards the protection of the natural heritage from all economic activities, including recreational one and tourism. -
Mineral Formation Under the Influence of Mine Waters (The Kizel Coal Basin, Russia)
minerals Article Mineral Formation under the Influence of Mine Waters (The Kizel Coal Basin, Russia) Elena Menshikova, Boris Osovetsky, Sergey Blinov and Pavel Belkin * Department of Geology, Perm State University, Bukireva st. 15, Perm 614990, Russia; [email protected] (E.M.); [email protected] (B.O.); [email protected] (S.B.) * Correspondence: [email protected] Received: 21 February 2020; Accepted: 15 April 2020; Published: 17 April 2020 Abstract: The development of coal deposits is accompanied by negative environmental changes. In the territory of the Kizel coal basin (Perm Region, Russia), the problem of contamination of water sources by acid mine waters and runoff from rock dumps is particularly acute. Mine waters are acidic (pH 2–3), with high mineralization (up to 25 g/L) and significant content of sulfate ions, iron, aluminum, manganese, toxic trace elements (As, Co, Ni, Pb and Zn). They are formed as a result of the interaction of underground waters from flooded mines of the Kizel basin with coal and rocks of dumps with high sulfur content (15%). Uncontrolled inflow of mine water into rivers (about 22 million m3 annually) leads to significant amounts of iron and aluminum hydroxide precipitation. These precipitations are in active interaction with river water, polluting the rivers tens of kilometers downstream and are entering the Kama reservoir. Studies of alluvial precipitation can be considered as a method of control and predictors of technogenic water pollution. The mineral composition of river sediments was studied with the application of different methods, including studies of sand-gravel and silty-clayey sediments. The sandy-gravel grains in the bottom load are mainly composed by natural minerals and are represented by a significant number of particles of coal dumps, slags and magnetic spherules.