1 Istc — Accomplishing Its Objectives
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Moscow, Russia
Moscow, Russia INGKA Centres The bridge 370 STORES 38,6 MLN to millions of customers VISITORS ANNUALLY From families to fashionistas, there’s something for everyone meeting place where people connect, socialise, get inspired, at MEGA Belaya Dacha that connects people with inspirational experience new things, shop, eat and naturally feel attracted lifestyle experiences. Supported by IKEA, with more than to spend time. 370 stores, family entertainment and on-trend leisure and dining Our meeting places will meet people's needs & desires, build clusters — it’s no wonder millions of visitors keep coming back. trust and make a positive difference for local communities, Together with our partners and guests we are creating a great the planet and the many people. y w h e Mytischi o k v s la Khimki s o r a Y e oss e sh sko kov hel D RING RO c IR AD h ov Hwy TH S ziast ntu MOSCOW E Reutov The Kremlin Ryazansky Avenue Zheleznodorozhny Volgogradskiy Prospect Lyubertsy Kuzminki y Lyublino Kotelniki w H e o Malakhovka k s v a Dzerzhinsky h s r Zhukovskiy a Teply Stan V Catchment Areas People Distance Kashirskoe Hwy Lytkarino Novoryazanskoe Hwy ● Primary 1,600,000 < 20 km ● Secondary 1,600,000 20–35 km ● Tertiary 3,800,000 35–47 km Gorki Total area: <47 km: 7,000,000 Leninskiye Volodarskogo 55% 25 3 METRO 34 MIN CUSTOMERS BUS ROUTES STATIONS AVERAGE COME BY CAR NEAR BY COMMUTE TIME A region with Loyal customers MEGA Belaya Dacha is located at the heart of the very dynamic population development in strong potential the South-East of Moscow and attracts shoppers from all over Moscow and surrounding areas. -
Moscow State University of Technology “STANKIN” PROGRAM
Moscow State University of Technology “STANKIN” PROGRAM V International Conference MODELING OF NON-LINEAR PROCESSES AND SYSTEMS Moscow 2020 SCHEDULE 16.11.20 Opening, Plenary session - 14.00-18.00 17.11.20 Plenary session - 12.00-15.00 18.11.20 Plenary session - 14.00- 14.40 18.11.20 Section 2. PROBLEMS OF ARTIFICIAL INTELLIGENCE – 13.00-18.00 Section 1. MATHEMATICAL MODELING METHODS AND APPLICATIONS – 10.00-13.45, 15.00-20.00 Section 6. WORKSHOP ON ADVANCED MATERIALS PROCESSING AND SMART MANUFACTURING – 10.00- 13.45, 15.00-18.00 19.11.20 Section 5. MODELING IN TECHNICAL SYSTEMS (INCLUDING MANAGEMENT) – 12.00-15.00 Section 3. MODELS OF KINETICS AND BIOPHYSICS- 10.00- 11.50, 14.30- 19.00 20.11.20 Section 4. ECONOMIC AND SOCIAL PROBLEMS – 13.00 – 16.30 - Invitations to participate in the ZOOM conference will be sent by the organizing Committee and the section chairs - Manuscripts can be submitted until December 1, 2020 - Please send your proposals for inclusion in the conference Decision to the organizing Committee by December 1, 2020 Note. There may be minor changes to the conference program Address: 1 and 3a, Vadkovskii lane, MSUT “STANKIN”, “Mendeleevskaya” Metro Station, two stops by any bus to “Vadkovskii pereulok” (towards Savelovskaya Metro Station) Contact: Organizing Committee +7(499) 972-95-20, +7(499)972-94-59 Room 404 or 357a, Department of Applied Mathematics, Vadkovskii lane, 3a +7-916-178-32-11 +7-926-387-91-80 2 PLENARY INTERNET-SESSION Monday, 16.11.2020 Lecture Hall 0311 14. -
MEGA Belaya Dacha Le N in G R Y a D W S H V K Olo O E K E O O Mytischi Lam H K Sk W S O Y Av E
MEGA Belaya Dacha Le n in g r y a d w s h V k olo o e k e o o Mytischi lam h k sk w s o y av e . sl o h r w a y Y M K Tver A Market overview D region Balashikha Dmitrov Krasnogorsk y Welcome v hw Sergiev-Posad hw uziasto oe y nt Klin Catchment Peoplesk Distance E Vladimir region izh or Reutov ov to MEGA N Mytischi Pushkin areas Schelkovo Belaya Dacha Moscow Zheleznodorozhny Primary 1,589,000 < 20 km Smolensk region Odintsovo N Naro-Fominsk o Podolsk v o ry a Klimovsk wy z Secondary 1,558,800 h 20–35 km a oe n k sk ins o Obninsk Kolomna M e y h hw w oe y Serpukhov Tertiary 3,787,300 35–47vsk km ALONG WITH LONDON’S WESTFIELD Kaluga region Kie AND ISTANBUL’S FORUM, MEGA BELAYA y y w Tula region h w h DACHA IS ONE OF EUROPE’S LARGEST e ko e Total area: 6,965,200 s o z h k RETAIL COMPLEXES. s lu Troitsk a v K a h s r a Domodedovo V It has more than 350 tenants and the centre Moscow has the highest density of retailers façade runs for four km. Major brands such of all Russian cities with tenants occupying as Auchan, Inditex brands, TopShop, H&M, 4.5 million square metres, according to fig- Uniqlo, T.G.I. Fridays, Debenhams, MAC, ures for 2013. Many world-famous retailers IKEA, OBI, MediaMarkt, Kinostar, Cosmic, have outlets here and the city is the first M.Video, Detsky Mir, Deti and Decathlon to show new trends. -
Index Cards by Country RUSSIA
Index cards by country RUSSIA SPECIAL ECONOMIC ZONES Index cards realized by the University of Reims, France Conception: F. Bost Data collected by F. Bost and D. Messaoudi Map and layout: S. Piantoni WFZO Index cards - Russia Year of promulgation of the first text Official Terms for Free Zones of law concerning the Free Zones Special economic zones (SEZ) 1988 Exact number of Free Zones Possibility to be established as Free Points 27 Special economic zones (include 8 in project) No TABLE OF CONTENTS Free Zones ..........................................................................................................................................4 General information ........................................................................................................................................................................4 List of operating Free Zones .........................................................................................................................................................6 Contacts ............................................................................................................................................................................................ 16 2 WFZO Index cards - Russia UNITED STATES Oslo Berlin Stockholm 22 27 Helsinki 12 05 Minsk 21 11 10 Kyiv 04 Moscow 15 Chisinau 08 25 01 14 26 24 06 02 Volgograd RUSSIA 03 Sverdlovsk Ufa 07 Chelyabinsk Omsk 13 Yerevan Astana Novosibirsk Baku 20 23 16 18 KAZAKHSTAN 17 Tehran Tashkent Ulaanbaatar Ashgabat 09 Bishkek IRAN MONGOLIA 19 -
Current Vegetation Data from the Prioksko-Terrasnyi Biosphere Reserve
Biodiversity Data Journal 9: e71266 doi: 10.3897/BDJ.9.e71266 Data Paper Current vegetation data from the Prioksko- Terrasnyi Biosphere Reserve Mikhail Shovkun‡, Natalya Ivanova§§, Larisa Khanina , Michael S. Romanov§‡, Vasily Demidov ‡ Prioksko-Terrasnyi Biosphere Reserve, Danki, Russia § Institute of Mathematical Problems of Biology RAS – branch of the Keldysh Institute of Applied Mathematics of Russian Academy of Sciences, Pushchino, Russia Corresponding author: Mikhail Shovkun ([email protected]), Natalya Ivanova ([email protected]), Larisa Khanina ([email protected]), Vasily Demidov ([email protected]) Academic editor: Ivan Chadin Received: 08 Jul 2021 | Accepted: 17 Aug 2021 | Published: 25 Aug 2021 Citation: Shovkun M, Ivanova N, Khanina L, Romanov MS, Demidov V (2021) Current vegetation data from the Prioksko-Terrasnyi Biosphere Reserve. Biodiversity Data Journal 9: e71266. https://doi.org/10.3897/BDJ.9.e71266 Abstract Background Here we present the sampling event dataset that contributes to the knowledge of current vegetation of the Prioksko-Terrasnyi Biosphere Reserve (part of the UNESCO World Network of Biosphere Reserves), Moscow Region, Russia. The Reserve is situated on the terraces of the Oka River in the zone of mixed coniferous forests. New information The dataset provides 269 relevés (9174 associated occurrences) of renewed vegetation collected in 2019-2020. It is aimed at sampling vegetation data from the Reserve area with particular interest to sites with invasive species and sites with recent deadfall in the spruce stands caused by the bark beetle-typographer. The dataset contains representative information on plant communities in localities with assigned GPS coordinates, sampled using the standard relevé method with the Braun-Blanquet cover-abundance scale. -
Izdatsrv\Storage\Юлия Александровна Ускова
СТАТЬИ www.volsu.ru DOI: https://doi.org/10.15688/nav.jvolsu.2018.2.8 UDC 902/904;579.24 Submitted: 12.10.2018 LBC 63.4(2):28.4 Accepted: 19.11.2018 THE IDENTIFICATION OF WOOL BY THE NUMBER OF KERATINOLYTIC MICROORGANISMS IN THE GROUND OF ANCIENT AND MEDIEVAL BURIALS 1 Natalya N. Kashirskaya Institute of Physicochemical and Biological Problems of Soil Science, RAS, Pushchino, Russian Federation , 2018 , Lyudmila N. Plekhanova ов А.В. ов Institute of Physicochemical and Biological Problems of Soil Science, RAS, Pushchino, Russian Federation Anush A. Petrosyan Pushchino State University of Natural Sciences, Pushchino, Russian Federation Anastasiya V. Potapova Institute of Physicochemical and Biological Problems of Soil Science, RAS, Pushchino, Russian Federation Aleksandr S. Syrovatko Kolomna Archaeological Center, Kolomna, Russian Federation Aleksandr A. Kleshchenko Institute of Archaeology, RAS, Moscow, Russian Federation Aleksandr V. Borisov Institute of Physicochemical and Biological Problems of Soil Science, RAS, Pushchino, Russian Federation Abstract. The paper describes the method for determining the initial presence of wool products in the burial rite of several cultures of the Bronze Age and the Middle Ages. The method is based on the analysis of the number of keratinolytic fungi in soils. Keratin is a proteinaceous biopolymer, which is a part of wool, leather, feather, and other materials. Its decomposition in soil occurs with the participation of a small group of soil fungi with keratinolytic activity. The ingress of wool and other keratin-containing substrates in the soil of archaeological monuments in antiquity provoked the sharp increase in the number of keratinolytic fungi. After the entire keratin-containing substrate was utilized, these fungi became dormant forms (cysts and spores), and in this state they could persist up to nowadays. -
XVI Advanced Research Workshop on High Energy Spin Physics
XVI Advanced Research Workshop on High Energy Spin Physics (DSPIN-15) September 812, 2015, Dubna Abstracts JOINT INSTITUTE FOR NUCLEAR RESEARCH E1,22015... XVI Advanced Research Workshop on High Energy Spin Physics (DSPIN-15) September 812, 2015, Dubna Abstracts Dubna 2015 ÓÄÊ [539.12.01 + 539.12 ... 14 + 539.12 ... 162.8](063) ÁÁÊ [22.382.1 + 22.382.2 + 22.382.3] ÿ 431 A20 Organizing Committee: A. Efremov (chair) Dubna K. Kurek Warsaw M. Finger (co-chair) Prague V. Ladygin Dubna A. Sandacz (co-chair) Warsaw S. Nurushev Protvino S. Goloskokov (sc. secretary) Dubna Yu. Panebrattsev Dubna O. Teryaev (sc. secretary) Dubna N. Piskunov Dubna E. Russakovich (secretary) Dubna I. Savin Dubna E. Kolganova Dubna O. Selyugin Dubna A. Nagaitsev Dubna M. Strikhanov Moscow XVI Workshop on High Energy Spin Physics A20 (DSPIN-15): Abstracts. Dubna: JINR, 2015. 37 p. ISBN 5-9530-003-6 The collection of abstracts presented to the XVI Advanced Research Workshop on High Energy Spin Physics (DSPIN-15), (Dubna, September 812, 2015) on dierent theoretical, experimental and technical aspects of this branch of physics. Sponsored by: Joint Institute for Nuclear research, International Committee for Spin Physics, Russian Foundation for Basic Research, MEPHI, European Physical Society The contributions are reproduced from the originals presented by the Organizing Committee. XVI Ðàáî÷åå ñîâåùàíèå ïî ôèçèêå ñïèíà ïðè âûñîêèõ ýíåðãèÿõ (DSPIN-15): Àííîò. äîêë. Äóáíà: ÎÈßÈ, 2015. 37 ñ. ISBN 5-9530-003-6 Ñáîðíèê àííîòàöèé ïðåäñòàâëåííûõ íà XVI Ðàáî÷åå ñîâåùàíèå ïî ôèçèêå ñïèíà ïðè âûñîêèõ ýíåðãèÿõ (DSPIN-15) (Äóáíà, 812 ñåíòÿáðÿ 2015 ã.) ïîñâÿ- ùåííîå òåîðåòè÷åñêèì, ýêñïåðèìåíòàëüíûì è òåõíè÷åñêèì àñïåêòàì ýòîé îáëà- ñòè ôèçèêè. -
MEGA Khimki Tver Region Market Overview Welcome
MEGA Khimki Tver region Market overview Welcome Dmitrov L e y n Sergiev-Posad Catchment areas People Distance i w y n h to MEGA Khimki Klin g w r a e h V Vladimir d o ol s e o k ko k o region la o s k m e v s Pushkin s Mytischi ko h o av e w r sl t Schelkovo y i o h . r a w m y Y Primary 398,200 < 17 km D Zheleznodorozhny M K A Smolensk Moscow D Balashikha region Podolsk Naro-Fominsk Secondary 1,424,200 17–40 km Krasnogorsk y Klimovsk v hw hw uziasto oe y nt RUSSIA’S FIRST IKEA WAS OPENED IN sk E Obninsk izh Kolomna or Reutov Tertiary 3,150,656 40–140 km ov KHIMKI IN 2000. MEGA KHIMKI SOON N Serpukhov FOLLOWED IN 2004 AND BECAME THE Kaluga region LARGEST RETAIL COMPLEX IN RUSSIA Tula region Total area: 4,973,000 AT THE TIME. Odintsovo N o v o ry y a hw z e a ko n s sk Min o e wy h h w oe y vsk Kie Despite several new retail centres opening their doors along the Leningradskoe Shosse, y y w w h MEGA Khimki remains one of the district’s h e oe o sk k most popular shopping destinations, largely s h Troitsk z Scherbinka v u a al due to its location, well-designed layout and K h s r retail mix. a V Domodedovo New tenants and constant improvements to the centre have significantly increased customer numbers. -
Strategic Arms Reduction Treaty Aggregate Memorandum Of
Strategic Arms Reduction Treaty Aggregate Memorandum of Understanding Exchange (As of July 1, 2009) Excerpts only: Russia and the United States Available at the Federation of American Scientists Russian Federation MOU Data Effective Date - 1 Jul 2009: 1 `` SUBJECT: NOTIFICATION OF UPDATED DATA IN THE MEMORANDUM OF UNDERSTANDING, AFTER THE EXPIRATION OF EACH SIX-MONTH PERIOD NOTE: FOR THE PURPOSES OF THIS MEMORANDUM, THE WORD "DASH" IS USED TO DENOTE THAT THE ENTRY IS NOT APPLICABLE IN SUCH CASE. THE WORD "BLANK" IS USED TO DENOTE THAT THIS DATA DOES NOT CURRENTLY EXIST, BUT WILL BE PROVIDED WHEN AVAILABLE. I. NUMBERS OF WARHEADS AND THROW-WEIGHT VALUES ATTRIBUTED TO DEPLOYED ICBMS AND DEPLOYED SLBMS, AND NUMBERS OF WARHEADS ATTRIBUTED TO DEPLOYED HEAVY BOMBERS: 1. THE FOLLOWING ARE NUMBERS OF WARHEADS AND THROW-WEIGHT VALUES ATTRIBUTED TO DEPLOYED ICBMS AND DEPLOYED SLBMS OF EACH TYPE EXISTING AS OF THE DATE OF SIGNATURE OF THE TREATY OR SUBSEQUENTLY DEPLOYED. IN THIS CONNECTION, IN CASE OF A CHANGE IN THE INITIAL VALUE OF THROW-WEIGHT OR THE NUMBER OF WARHEADS, RESPECTIVELY, DATA SHALL BE INCLUDED IN THE "CHANGED VALUE" COLUMN: THROW-WEIGHT (KG) NUMBER OF WARHEADS INITIAL CHANGED INITIAL CHANGED VALUE VALUE VALUE VALUE (i) INTERCONTINENTAL BALLISTIC MISSILES SS-11 1200 1 SS-13 600 1 SS-25 1000 1200 1 SS-17 2550 4 SS-19 4350 6 SS-18 8800 10 SS-24 4050 10 (ii) SUBMARINE-LAUNCHED BALLISTIC MISSILES SS-N-6 650 1 SS-N-8 1100 1 SS-N-17 450 1 SS-N-18 1650 3 SS-N-20 2550 10 SS-N-23 2800 4 RSM-56 1150*) 6 *) DATA WILL BE CONFIRMED BY FLIGHT TEST RESULTS. -
BEAM DYNAMICS NEWSLETTER No
International Committee for Future Accelerators Sponsored by the particles and Fields Commission of IUPAP BEAM DYNAMICS NEWSLETTER No. 23 Editors in Chief: K. Hirata and J.M. Jowett Editors: W. Chou, S. Ivanov, H. Mais, J. Wei, D.H. Whittum, and C. Zhang December 2000 Contents 1 Forewords 1 1.1 From the Chairman . ............................. 1 1.2 From the Editor . .................................... 2 2 Workshop and Conference Reports 3 2.1 Workshop on BDS & IR Issues for Linear Colliders .................. 3 2.1.1 Backgrounds and Interaction Region Issues .................. 4 2.1.2 Collimation System Design . ......................... 4 2.1.3 Luminosity Stabilisation and Diagnostic Systems . ........... 5 2.1.4 New Concepts for Beam Delivery System Design . ........... 6 2.1.5 Opportunities for Future Collaboration . .................. 6 2.2 Workshop on Physics of & Science with X-Ray FELs . ........... 7 2.2.1 Summary of discussions and conclusions of Group 1: Physics and Technol- ogy of the XFEL . ............................. 7 2.2.2 Summary of discussions and conclusions of Group 2: Science with the XFEL 9 2.3 Workshop on Ground Motion in Future Accelerators . ........... 10 2.4 Workshop on Quantum Aspects of Beam Physics . .................. 13 2.5 17th Conference on Particle Accelerators in Russia .................. 15 3 Activity Reports 17 3.1 Beam Dynamics Activities at CERN-PS on CLIC . .................. 17 3.1.1 The Injector Complex ............................. 17 3.1.2 The Damping Rings . ............................. 17 3.1.3 The Main-Beam Linac ............................. 18 3.1.4 The Drive-Beam Decelerator . ......................... 18 3.1.5 The Intra-Pulse Interaction Point Feedback .................. 19 3.1.6 Coherent Synchrotron Radiation Investigations in CTF2 .......... -
Download 'Market Study on Greenhouse Sector in the Russian Federation and Kazakhstan Republic'
MARKET STUDY GREENHOUSE SECTOR IN THE RUSSIAN FEDERATION AND KAZAKHSTAN REPUBLIC January 2020 1 Ltd. «Rusmarketconsulting» www.agricons.ru, [email protected] +7 (812) 712 50 14 CONTENT METHODOLOGY ................................................................................................................................. 5 THE RUSSIAN FEDERATION ............................................................................................................ 9 1 GREENHOUSE SECTOR SITUATION ........................................................................................ 9 1.1 RUSSIA IN THE WORLD ................................................................................................. 9 1.2 AREA AND STRUCTURE OF GREENHOUSES IN RUSSIA....................................... 10 1.3 MAIN TYPES OF PRODUCTS ...................................................................................... 13 1.4 BRIEF OVERVIEW OF THE SECTORS ....................................................................... 14 1.4.1 PRODUCTION OF GREENHOUSE VEGETABLES ....................................................................... 14 1.4.2 PRODUCTION OF CUT FLOWERS ................................................................................................ 16 1.4.3 PRODUCTION OF SEEDLINGS AND POTTED PLANTS .............................................................. 21 1.5 PRODUCTION OF GREENHOUSE GROWN VEGETABLES IN THE RUSSIAN FEDERATION .......................................................................................................................... -
CRR) of Moscow Region, Start-Up Complex № 4
THE CENTRAL RING ROAD OF MOSCOW REGION INFORMATION MEMORANDUM Financing, construction and toll operation of the Central Ring Road (CRR) of Moscow Region, start-up complex № 4 July 2014, Moscow Contents Introduction 3–4 Project goals and objectives 5–7 Relevance of building the Central Ring Road Timeline for CRR project implementation Technical characteristics Brief description 8–34 Design features Cultural legacy and environmental protection Key technical aspects Concession agreement General provisions 34–37 Obligations of the concessionaire Obligations of the grantor Project commercial structure 38–46 Finance. Investment stage Finance. Operation stage Risk distribution 47–48 Tender criteria 49 Preliminary project schedule 50 The given information memorandum is executed for the purpose of acquainting market players in good time with information about the given project and the key conditions for its implementation. Avtodor SC reserves the right to amend this memorandum. 2 Introduction The investment project for construction and subsequent toll operation of the Central Ring Road of the Moscow Region A-113 consists of five Start-up complexes to be implemented on a public-private partnership basis. Start-up complex No. 4 of the Central Ring Road (the Project or SC No.4 of the CRR) provides for construction of a section of the CRR in the south-east of the Moscow Region, stretching from the intersection with the M-7 Volga express highway currently under construction to the intersection with the M-4 public highway. Section SC No. 4 of the CRR was distinguished as a separate investment project because the given section is of major significance both for the Region and for the economy of the Russian Federation in general.