Convention on the Elimination of All Forms of Discrimination Against Women
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Storytelling and Its Potential in the Development of Tourist Destinations in the Post-Pandemic Age
E3S Web of Conferences 291, 06002 (2021) https://doi.org/10.1051/e3sconf/202129106002 SDGG 2021 Storytelling and its potential in the development of tourist destinations in the post-pandemic age Lyudmila Semenova1, Tatiana Klimova2, and Irina Bogomazova2 1Immanuel Kant Baltic Federal University, st. Gorky, 32, 236041 Kaliningrad, Russia 2Belgorod State National Research University, st. Pobedy, 85, 308015 Belgorod, Russia Abstract. Information obtained from any source is forgotten after three days. The exception is the one that is of particular importance and is broadcast through stories. The ongoing transformation of the needs of tourists is reflected in the diversification of the tourist offer. In this regard, storytelling has received particular relevance and development. Storytelling technologies are the process of communicating information as a result of the use of stories and legends. The article analyzes the state and development prospects of the region as an attractive tourist destination, suggests a model for promoting a regional tourist destination based on storytelling. The development and comprehensive implementation of projects, taking into account the interests of all participants, will provide an opportunity to promote and develop the territory as an attractive tourist destination, which is of paramount importance in modern socio-economic conditions. 1 Introduction The COVID-19 coronavirus pandemic and the travel restrictions are changing the development potential of the tourism industry, both in Russia and around the world. The results of 2020 testify to the deplorable state of the tourism sector and, as a result, its finding in extreme conditions. According to the Border Service of the Federal Security Service of the Russian Federation, Russian citizens made 71% fewer trips compared to 2019, namely 14 million trips to foreign countries, and more than half of the trips fell on the "pre-quarantine" first quarter of 2020 - almost 54%. -
BR IFIC N° 2627 Index/Indice
BR IFIC N° 2627 Index/Indice International Frequency Information Circular (Terrestrial Services) ITU - Radiocommunication Bureau Circular Internacional de Información sobre Frecuencias (Servicios Terrenales) UIT - Oficina de Radiocomunicaciones Circulaire Internationale d'Information sur les Fréquences (Services de Terre) UIT - Bureau des Radiocommunications Part 1 / Partie 1 / Parte 1 Date/Fecha 02.09.2008 Description of Columns Description des colonnes Descripción de columnas No. Sequential number Numéro séquenciel Número sequencial BR Id. BR identification number Numéro d'identification du BR Número de identificación de la BR Adm Notifying Administration Administration notificatrice Administración notificante 1A [MHz] Assigned frequency [MHz] Fréquence assignée [MHz] Frecuencia asignada [MHz] Name of the location of Nom de l'emplacement de Nombre del emplazamiento de 4A/5A transmitting / receiving station la station d'émission / réception estación transmisora / receptora 4B/5B Geographical area Zone géographique Zona geográfica 4C/5C Geographical coordinates Coordonnées géographiques Coordenadas geográficas 6A Class of station Classe de station Clase de estación Purpose of the notification: Objet de la notification: Propósito de la notificación: Intent ADD-addition MOD-modify ADD-ajouter MOD-modifier ADD-añadir MOD-modificar SUP-suppress W/D-withdraw SUP-supprimer W/D-retirer SUP-suprimir W/D-retirar No. BR Id Adm 1A [MHz] 4A/5A 4B/5B 4C/5C 6A Part Intent 1 108068419 ARG 6460.0000 CHAJARI ARG 57W57'22'' 30S44'53'' FX 1 ADD 2 108068420 -
НАУЧНЫЕ ВЕДОМОСТИ Belgorod State University Scientific Bulletin
1 ȹ15 (86) 2010 ǚǍǠǤǚǨǒǏǒǑǛǙǛǞǟǕ ǪȣȗțșȒ2 ǎDzǸǰǻǽǻDZǾǷǻǰǻǰǻǾȀDZǭǽǾǿǯDzǺǺǻǰǻȀǺǵǯDzǽǾǵǿDzǿǭ ǚǍǠǤǚǨǖǝǒǣǒǚǔǕǝǠǒǙǨǖǓǠǝǚǍǘ ǭșȚȍșȚȊȍȕȕȣȍȕȈțȒȐ ǶșȕȖȊȈȕȊȋ ǓȀǽǺǭǸǯȂǻDZǵǿ ǯǜDzǽDzȄDzǺȉǯDzDZȀȆǵȂǽDzȃDzǺǴǵǽȀDzǹȈȂ Belgorod State University ǺǭȀȄǺȈȂdzȀǽǺǭǸǻǯǵǵǴDZǭǺǵǶ ǯȈǼȀǾǷǭDzǹȈȂǯǝǻǾǾǵǶǾǷǻǶǡDzDZDzǽǭȃǵǵ Scientific Bulletin ǯǷǻǿǻǽȈȂǽDzǷǻǹDzǺDZȀDzǿǾȌǼȀǮǸǵǷǭȃǵȌ ǻǾǺǻǯǺȈȂǽDzǴȀǸȉǿǭǿǻǯDZǵǾǾDzǽǿǭȃǵǶ Natural sciences ǺǭǾǻǵǾǷǭǺǵDzȀȄDzǺȈȂǾǿDzǼDzǺDzǶ DZǻǷǿǻǽǭǵǷǭǺDZǵDZǭǿǭǺǭȀǷ ǻȟȘȍȌȐȚȍȓȤ: ǫȖșțȌȈȘșȚȊȍȕȕȖȍȖȉȘȈȏȖȊȈȚȍȓȤȕȖȍțȟȘȍȎȌȍȕȐȍ ȊȣșȠȍȋȖȗȘȖȜȍșșȐȖȕȈȓȤȕȖȋȖȖȉȘȈȏȖȊȈȕȐȧ ǞǛǑǒǝǓǍǚǕǒ ©ǩȍȓȋȖȘȖȌșȒȐȑȋȖșțȌȈȘșȚȊȍȕȕȣȑțȕȐȊȍȘșȐȚȍȚª ǰȏȌȈȚȍȓȤ: ǎǕǛǘǛǐǕǬ ǩȍȓȋȖȘȖȌșȒȐȑȋȖșțȌȈȘșȚȊȍȕȕȣȑ țȕȐȊȍȘșȐȚȍȚ ǹȘȈȊȕȐȚȍȓȤȕȣȑȈȕȈȓȐȏȜȓȖȘǫȘȈȑȊȖȘȖȕșȒȖȋȖȐǸȖȊȍȕȤșȒȖȋȖ ǰȏȌȈȚȍȓȤșȚȊȖǩȍȓǫǻ ǮțȘȕȈȓȏȈȘȍȋȐșȚȘȐȘȖȊȈȕ ȘȈȑȖȕȖȊ ǩȍȓȋȖȘȖȌșȒȈȧȖȉȓȈșȚȤ ǨȆDzțȘșȒȖȑ ȊǼȍȌȍȘȈȓȤȕȖȑșȓțȎȉȍȗȖȕȈȌȏȖȘțȏȈșȖȉȓȦȌȍȕȐȍȔ ǨǼDzȖȓȟȈȕȖȊ 5 ȏȈȒȖȕȖȌȈȚȍȓȤșȚȊȈ ȊșȜȍȘȍȔȈșșȖȊȣȝȒȖȔȔțȕȐȒȈȞȐȑ ȐȖȝȘȈȕȣȒțȓȤȚțȘȕȖȋȖȕȈșȓȍȌȐȧ ǷȘȖȋȕȖȏȐȘȖȊȈȕȐȍȜȖȘȔȐȘȖȊȈȕȐȧȜȓȖȘȚȍȝȕȖȋȍȕȕȣȝȥȒȖȚȖȗȖȊ ǹȊȐȌȍȚȍȓȤșȚȊȖȖȘȍȋȐșȚȘȈȞȐȐșȘȍȌșȚȊȈȔȈșșȖȊȖȑ ȊșȚȍȗȕȖȑȏȖȕȍǪDzǺȖȝȚȈȘȤ 13 ȐȕȜȖȘȔȈȞȐȐǷǰȹǼǹ-ȖȚȔȈȧȋ ǫȍȖȋȘȈȜȐȟȍșȒȐȑȈȕȈȓȐȏșȚȍȗȕȖȑȜȓȖȘȣȦȋȖ-ȊȖșȚȖȒȈǩȍȓȋȖȘȖȌșȒȖȑ ȖȉȓȈșȚȐǵǭǶȊȟȈȘȍȕȒȖǨǼDzȖȓȟȈȕȖȊ 19 ǸǭǬǨDzǾǰǶǵǵǨȇDzǶdzdzǭǫǰȇ ǮǻǸǵǨdzǨ ǰșȗȖȓȤȏȖȊȈȕȐȍȊȘȍȔȍȕȕȣȝȘȧȌȖȊȊȍȋȍȚȈȞȐȖȕȕȖȋȖȐȕȌȍȒșȈ NDVI ǫȓȈȊȕȣȑȘȍȌȈȒȚȖȘ ȌȓȧȔȖȕȐȚȖȘȐȕȋȈȘȈșȚȐȚȍȓȤȕȖȋȖȗȖȒȘȖȊȈșȚȍȗȕȖȑȏȖȕȣǯȈȗȈȌȕȖȑ ǬȧȚȟȍȕȒȖdzȇ ǹȐȉȐȘȐ ǵǵǴȐȝȈȑȓȖȊdzǨǴȐȝȈȑȓȖȊȈǵǼǽȈȘȓȈȔȖȊȈ, ȘȍȒȚȖȘǩȍȓȋȖȘȖȌșȒȖȋȖȋȖșțȌȈȘșȚȊȍȕȕȖȋȖ ǿdzȝȈȋȊȈșțȘȥȕ 25 țȕȐȊȍȘșȐȚȍȚȈȌȖȒȚȖȘșȖȞȐȖȓȖȋȐȟȍșȒȐȝȕȈțȒ ȗȘȖȜȍșșȖȘ ǶșȖȉȍȕȕȖșȚȐȔȖȘȜȖȓȖȋȐȐȊȍȋȍȚȈȚȐȊȕȣȝȗȖȉȍȋȖȊUrtica dioica L. ǭǪǴȈȘȒȖȊȈǨǪdzȈȏȈȘȍȊ34 ǯȈȔȋȓȈȊȕȖȋȖȘȍȌȈȒȚȖȘȈ ǷȍȘȍșȣȗȒȐȕǨǷ ǴȖȘȜȖȜȐȏȐȖȓȖȋȐȟȍșȒȐȑȔȍȚȖȌȈȕȈȓȐȏȈȖȕȚȖȋȍȕȍȏȈȒțȓȤȚțȘȕȣȝ -
The Effect of Cross-Border Fibre-Optic Transitions on the Information and Communication Connectivity of the Russian Cities Blanutsa, V
www.ssoar.info The effect of cross-border fibre-optic transitions on the information and communication connectivity of the Russian cities Blanutsa, V. I. Veröffentlichungsversion / Published Version Zeitschriftenartikel / journal article Empfohlene Zitierung / Suggested Citation: Blanutsa, V. I. (2018). The effect of cross-border fibre-optic transitions on the information and communication connectivity of the Russian cities. Baltic Region, 10(4), 4-19. https://doi.org/10.5922/2079-8555-2018-4-1 Nutzungsbedingungen: Terms of use: Dieser Text wird unter einer CC BY Lizenz (Namensnennung) zur This document is made available under a CC BY Licence Verfügung gestellt. Nähere Auskünfte zu den CC-Lizenzen finden (Attribution). For more Information see: Sie hier: https://creativecommons.org/licenses/by/4.0 https://creativecommons.org/licenses/by/4.0/deed.de Information technology INFORMATION TECHNOLOGY The Russian cities are connected by THE EFFECT many telecommunication lines. The infor- OF CROSS-BORDER mation flow between any two cities can be FIBRE-OPTIC sent via multiple routes, including those running through the networks of other coun- TRANSITIONS tries. Cross-border transitions are created ON THE INFORMATION to connect the Russian lines with the inter- national networks. The effect of these transi- AND COMMUNICATION tions on the connectivity of the cities has not CONNECTIVITY been analysed earlier, either for Russia or OF THE RUSSIAN CITIES for any other country. Using my own data- base on the Russian telecommunication li- nes, the Rosstat data on the cities’ populati- on, and the results of the scanning of the In- 1 ternet topology, I attempt to assess the effect V. -
BR IFIC N° 2628 Index/Indice
BR IFIC N° 2628 Index/Indice International Frequency Information Circular (Terrestrial Services) ITU - Radiocommunication Bureau Circular Internacional de Información sobre Frecuencias (Servicios Terrenales) UIT - Oficina de Radiocomunicaciones Circulaire Internationale d'Information sur les Fréquences (Services de Terre) UIT - Bureau des Radiocommunications Part 1 / Partie 1 / Parte 1 Date/Fecha 16.09.2008 Description of Columns Description des colonnes Descripción de columnas No. Sequential number Numéro séquenciel Número sequencial BR Id. BR identification number Numéro d'identification du BR Número de identificación de la BR Adm Notifying Administration Administration notificatrice Administración notificante 1A [MHz] Assigned frequency [MHz] Fréquence assignée [MHz] Frecuencia asignada [MHz] Name of the location of Nom de l'emplacement de Nombre del emplazamiento de 4A/5A transmitting / receiving station la station d'émission / réception estación transmisora / receptora 4B/5B Geographical area Zone géographique Zona geográfica 4C/5C Geographical coordinates Coordonnées géographiques Coordenadas geográficas 6A Class of station Classe de station Clase de estación Purpose of the notification: Objet de la notification: Propósito de la notificación: Intent ADD-addition MOD-modify ADD-ajouter MOD-modifier ADD-añadir MOD-modificar SUP-suppress W/D-withdraw SUP-supprimer W/D-retirer SUP-suprimir W/D-retirar No. BR Id Adm 1A [MHz] 4A/5A 4B/5B 4C/5C 6A Part Intent 1 108072614 ARG 173.0750 PICHANAL ARG 64W13'15'' 23S18'41'' FB 1 ADD 2 108073074 -
Luftwaffe Airfields 1935-45 Russia (Incl
Luftwaffe Airfields 1935-45 Russia (incl. Ukraine, Belarus & Bessarabia) By Henry L. deZeng IV Kharkov-Rogan I Photo credit: U.S. National Archives, Photographic and Cartographic Division.; taken 14 Sept. 1941. Kharkov-Rogan I was built in 1930 for use as a military flight school. It had 8 medium and large aircraft hangars and 1 very large repair hangar, approx. 40 permanent barrack buildings, 3 workshops, admin buildings and storage structures, an oval athletic track and other facilities all grouped along the W boundary and SW corner of the landing area. There were about 10 additional structures along the S boundary that may have been for aircraft servicing and stores. Additionally, there were 22 blast bays for twin-engine and single-engine aircraft spaced along the W and S boundaries of the landing area. A separate supply dump with its own rail spur was approx. 1 km S of the airfield. Nearly all of these buildings had been destroyed or badly damaged by 1944, the majority of them blown up by the retreating Germans. Edition: February 2020 Airfields Russia (incl. Ukraine, Belarus & Bessarabia) Introduction Conventions 1. For the purpose of this reference work, “Russia” generally means the territory belonging to the country in September 1939, the month of the German attack on Poland and the generally accepted beginning of World War II, including that part of eastern Poland (i.e., Belarus, Belorussia, Weissruthenien) and western Ukraine annexed by the Soviet Union on 29 September 1939 following the USSR’s invasion of Poland on 17 September 1939. Bessarabia and Northern Bukovina were seized by the USSR between 26 June and 3 July 1940. -
Download the Eastern Ukraine, General Logistics
! ! 32°0'0"E 33°0'0"E 34°0'0"E 35°0'0"E ! 36°0'0"E ! 37°0'0"E 38°0'0"E 39°0'0"E 40°0'0"E ! o ! ! ! Proletarskiy ! Bykovka ! Korocha Nizhniy ! International Airport Highway National Capital International Boundary ! Buturlinovka (!o \! ! Butovo Alekseyevka Kislyay Krasnaja ! ! Novyy Oskol ! CHERNIHIVS'KA ! Gostishchevo ! First Level Admin Domestic Airport Primary Road ! Major ToRwonmny Jaruga Klëpovka! Gvazda o Boundary ! !Shlyakhovo Kamenka h Port Secondary Road ! Intermediate Town ! ! River ! Krivaya Losevo p ! E ! Krasnogvardeyskoye ! Alekseyevka RUSSIAN ! SUMS'KA Borisovka Polyana Railway ! Tertiary Road Small Town ! Tomarovka ! ! a Surface Waterbody ! Pryluky ! Lebedyn Belgorod FEDERATION Vorontsovka N Bolshetroitskoye Besso!novka ! ! M Kupino Data Sources: UNGIWG, GeoNames, GAUL, WFP, Yurasovka Date Created: 18 Feb 2015 Prepared by: OSEP GIS ! ! I © OpenStreetMap Contributors ! ! Volokonovka Belogorje ! Grayvoron ! ! g Contact: [email protected] Map Reference: Trostianets' Novomelovatka The boundaries and names and the designations ! Voznesenovka! Livenka Sem'onovka ± ! Pavlovsk ! A used on this map do not imply official ! n Website: www.logcluster.org UKR_GLPM_EasternUkraine_A2L endorsement or acceptance by the United Nations. i !Hadiach ! Podgorenskiy Lokhvytsia ! Shebekino Sovetskoje ! Nikitovka ! Russkaya n R 0 25 50 75 100 o Nizhniy ! ! Zolochiv ! Zhu! ravka n KYYIVS'KA Okhtyrka Vovchans'k ! !Karabut ! ! Lozovoye K ! Kazinka a Kilometers Olkhovatk Pyriatyn ! l Rossosh Nizhniy Zin'kiv ! ! Staraya B! ohodukhiv ! P Verkhniy Mamon -
Research Journal of Pharmaceutical, Biological and Chemical Sciences
ISSN: 0975-8585 Research Journal of Pharmaceutical, Biological and Chemical Sciences Environmental and Geomorphological Analysis of Exomorphogenesis of the Territory of the Region of Belgorod. Aleksandr N. Petin*, Ludmila I. Belousova, Irina A. Kireeva-Genenko, and Valentina I. Petina. Belgorod State University, 308015, Pobedy Street, 85, Belgorod, Russia. ABSTRACT Differentiated recent and modern tectonic movements in combination with various landscape and climatic conditions of the region of Belgorod determine various manifestations of modern exogenous relief- forming processes, the whole variety of which consists in weathering, denudation, accumulation, and their anthropogenic modification. However, the denudation processes (erosion, landslide processes, karst, abrasion) prevail, but occur with different intensity over the territory of the region. This is determined by territorial differences in display of neotectonics, landscape and climatic conditions, and by the main types and level of anthropogenic impacts. Keywords: Erosion, formation of landslides, aeolian processes, karst processes, suffosion processes, abrasion processes, environmental and geomorphological situation. *Corresponding author July – August 2016 RJPBCS 7(4) Page No. 2727 ISSN: 0975-8585 INTRODUCTION The purpose of this paper is to give scientific justification to the contents of exomorphogenesis and to make an environmental and geomorphological analysis thereof using the example of the region of Belgorod. The issue of development of a broad spectrum of exogenous geomorphological processes in the region of Belgorod is of vital importance. The territory of the region of Belgorod equals to 27.1 thousand square kilometres and is characterized by a wide variety of natural, climatic and geological conditions. Some of them adversely affect human living conditions and economic activities. This category includes erosion, landsliding, aeolian, karst, suffosion, abrasion processes. -
Research Journal of Pharmaceutical, Biological and Chemical Sciences
ISSN: 0975-8585 Research Journal of Pharmaceutical, Biological and Chemical Sciences Ways to Preserve Biological Diversity of Bog Ecosystems within Natural Parks System. Yulia V Yudina*. Belgorod State National Research University, Russia, 308015, Belgorod, Pobedy str., 85. ABSTRACT Results of field research, GIS-mapping and simulation of ecosystems including relict bogs within the conservation area of a new regional Natural park are represented in the article. Functional zoning of the park area with the argumentation of different use provisions have been developed on the basis of author’s landscape plan. Keywords: relict ecosystems, swamps, biodiversity, nature management, Belgorod region, River Vorskla. *Corresponding author November–December 2016 RJPBCS 7(6) Page No. 38 ISSN: 0975-8585 INTRODUCTION Unfortunately both in Russia and in the rest of the world bog conservation has been secondary comparing to wetlands, towards which national and international programs are directed. The implement of international projects in Russia has started since 1967, when under this authority the UNESCO, the International Union for Conservation of Nature and the International Biological Program International meeting on the organization and implement of the project “Thelma”. This project stated the goals of bog conservation, determined the factors influencing on their preservation, a list of conserved and recommended to conservation bogs was made. As a result of the Russian group members’ work the list of bogs with a total area of 1.5 million ha was presented and published in the book [1], where the Mokhovoye transition bog No.8.10 (4 ha) in Belgorod region (near the town of Grayvoron in the river flood plain). -
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Advances in Social Science, Education and Humanities Research (ASSEHR), volume 312 International Conference "Topical Problems of Philology and Didactics: Interdisciplinary Approach in Humanities and Social Sciences" (TPHD 2018) Historical and Cultural Resource Potential as Factor of Development of Tourist Territories (Belgorod Region as an Example) Elena I. Ladik Margarita V. Perkova Architectural Institute Department of Architecture and Architectural Institute Department of Architecture and Urban Planning Urban Planning Belgorod State Technological University n.a. V.G. Shukhov Belgorod State Technological University n.a. V.G. Shukhov Belgorod, Russia Belgorod, Russia Abstract—The subject of this work is the historical and The historical and cultural framework of the territory has cultural resource potential which is considered as a factor of exerted decisive impact on development of informative types tourism development by the Belgorod region example. An object of rest and tourism. Cultural and informative tourism is an of a research is a historical framework of the territory. The important tool for cultural ties and the international purpose of a research is an identification of historical and cooperation, it is capable to exert active impact on economy of cultural tourist potential. A hypothesis of this research is the the region in which develops [5]. assumption that regional features of the territory can be used as factors of tourist appeal of the area according the condition of the The requirement which has increased to cultural rational planning organization. The formation of historical identification in recent years generates interest in historical system of Belgorod region resettlement, the regional features of a and cultural heritage of the South of Russia [8] more and historical and cultural framework of the territory influencing the more. -
BALTIC REGION 2018 Volume 10 №4
ISSN 2079-8555 e-ISSN 2310-0524 BALTIC REGION 2018 Volume 10 № 4 Immanuel Kant Baltic Federal University Press 2018 1 BALTIC Editorial council REGION Prof. Andrei P. Klemeshev, rector of the Immanuel Kant Baltic Fe- deral University, Russia ( Editor in Chief); Prof. Gennady M. Fedo- 2018 rov, director of the Institute of Environmental Management, Terri- torial Development and Urban Construction, Immanuel Kant Baltic Volume 10 Federal University, Russia (Deputy Chief Editor); Prof. Dr Joachim von Braun, director of the Center for Development Research № 4 (ZEF), Professor, University of Bonn, Germany; Prof. Irina M. Bu- sygina, Department of Comparative Politics, Moscow State Institute of International Relations (MGIMO University), Russia; Prof. Ale- Kaliningrad : ksander G. Druzhinin, director of the North Caucasian Research I. Kant Baltic Federal Institute of Economic and Social Problems, Southern Federal Uni- versity, Russia; Prof. Mikhail V. Ilyin, Prof. of the Department of University Press, 2018. Comparative Politics, Moscow State Institute of International Re- 147 р. lations (MGIMO University), Russia; Dr Pertti Joenniemi, senior researcher, Karelian Institute, University of Eastern Finland, Fin- The journal land; Dr Nikolai V. Kaledin, head of the Department of Regional was established in 2009 Policy & Political Geography, Saint Petersburg State University, Russia (co-chair); Prof. Konstantin K. Khudolei, head of the De- Frequency: partment of European Studies, Faculty of International Relations, quarterly Saint Petersburg State University, Russia; Dr Kari Liuhto, director in the Russian and English of the Pan-European Institute, Turku, Finland; Prof. Vladimir A. Ko- languages per year losov, head of the Laboratory for Geopolitical Studies, Institute of Geography, Russian Academy of Sciences; Prof. -
Construction and Architecture
CONSTRUCTION AND ARCHITECTURE N.P. Lukuttsova, A.A. Pykin, А.А. Baranova HIGH-STRENGTH FINE-GRAINED CONCRETE WITH A MULTICOMPONENT NONIMPREGNATED ALUMINOSILICATE COMPOSITION The physical and technical characteristics (average density, compressive strength and speed of its set, abrasion, water absorption, frost resistance, shrinkage) of high-strength fine-grained concrete for prefabricated buildings and structures, emergency and repair works with the use of multi-component nanoimpregnate (impregnating composition containing multifunctional active nanoobjects) are studied), obtained by the method of cavitation of the suspension and apprecilove aluminosilicate mineral component by plasticizing admixtures-water-reducing and water-repellent surface-active substances (coupling agents). The morphology, chemical and granulometric composition of the initial aluminosilicate component, as well as the parameters of dimension (minimum, average, maximum, effective diameter, polydispersity), aggregate stability (Zeta potential) of the developed nanoimpregnate, including hexagonal plate particles, the average diameter of which is about 50 nm, Zeta potential minus 67 mV, polydispersity 18 %. It is established that nanoimprint allows you to fast-hardening high-strength fine-grained concrete class compressive strength V65, marks of abrasion G1, brand F1300-frost resistant with low shrinkage (1.5 times) and water (1.7 times), to accelerate strength development at an early (2-7 days) time of setting (2.5- 2.7 times). The increase in the physical and technical characteristics of concrete is achieved due to the directed complex effect of the developed nanoimpregnate on the formation of the microstructure of cement stone in the contact zone with the filler due to the additional formation of compacting and strengthening tumors identical to hydroaluminates and calcium hydrosilicates, redistribution of the porosity of the cement matrix in the direction of increasing the number of mesopores with a diameter in the range from 3 to 33 nm with a decrease in the total pore volume by 1.5 times.