Help
RSS
API
Feed
Maltego
Contact
Domain > mtp5.ru
×
More information on this domain is in
AlienVault OTX
Is this malicious?
Yes
No
DNS Resolutions
Date
IP Address
2019-12-04
80.78.250.11
(
ClassC
)
2024-11-02
31.31.198.198
(
ClassC
)
Port 80
HTTP/1.1 200 OKServer: nginxDate: Sat, 02 Nov 2024 20:04:08 GMTContent-Type: text/html; charsetUTF-8Transfer-Encoding: chunkedConnection: keep-aliveX-Powered-By: PHP/7.1.33Cache-Control: private, must-revalidatepragma: no-cacheexpires: -1Set-Cookie: PHPSESSID229f39baa4a256c68f274771e7c27c1f; path/ !doctype html>html>head> meta charsetutf-8 /> meta nameviewport contentwidthdevice-width, initial-scale1, user-scalableno /> meta nameapple-mobile-web-app-capable contentyes/> title>Meteorological Temperature Profiler MTP-5/title> link relstylesheet hrefhttps://cdnjs.cloudflare.com/ajax/libs/meyer-reset/2.0/reset.min.css /> link relstylesheet hrefhttps://maxcdn.bootstrapcdn.com/bootstrap/3.3.5/css/bootstrap.min.css> link relstylesheet hrefhttps://cdnjs.cloudflare.com/ajax/libs/bootstrap-material-design/0.3.0/css/material.min.css /> link relstylesheet hrefhttps://cdnjs.cloudflare.com/ajax/libs/bootstrap-material-design/0.3.0/css/ripples.min.css /> link hrefhttp://fonts.googleapis.com/css?familyOpen+Sans:400,700,800,600&subsetlatin,cyrillic relstylesheet typetext/css> link relstylesheet href/css/d12af63.css /> !--if lt IE 9> script srchttp://html5shiv.googlecode.com/svn/trunk/html5.js>/script> !endif-->/head>body>header> nav> ul> li idinfo_lnk classhas-sub-menu>a href#description>Mtp-5/a>/li> li idonline_lnk>a href#online>Online/a>/li> li idusage_lnk>a href#usage>Applications/a>/li> li idproducts_lnk>a href#products>Products/a>/li> li idmap_lnk>a href#map>Experience/a>/li> li classhas-sub-menu> a href#>More/a> ul> li>a hrefhttp://mtp5.ru/admin/ classfollow-lnk>Log in/a>/li> li>a href/?subpagepass_access classlinks-to-subpage relpass_access>Password access/a>/li> li>a href/?subpagepublications classlinks-to-subpage relpublications>Publications/a>/li> li>a href/?subpagecontact_us classlinks-to-subpage relcontact_us>Contact Us/a>/li> /ul> /li> /ul> /nav>/header>section iddescription classdescription data-lnk#info_lnk style> style> .pgwSlideshow .ps-caption { line-height: 1.5; } .pgwSlideshow .ps-caption b { font-weight: bold; } .pgwSlideshow .ps-caption a { text-decoration: none; } /style> ul classnews-slider pgwSlideshow> li>img idstatic_news_image src/images/c42e213.jpg data-large-src/images/a129c5d.jpg />/li> li> a hrefhttp://www.aari.ru/transarctika2019/transarctika2019.html target_blank> img altMTP-5 in Arctica data-descriptionThe scientific expedition ship "Mikhail Somov" with the MTP-5 on board was sent for research in the Barents Sea in Arctica. src/uploads/7c41bc90afc0e3531040b9b36f69add950a3c33b_thumb.jpg data-large-src/uploads/7c41bc90afc0e3531040b9b36f69add950a3c33b.jpeg /> /a> /li> li> a hrefhttps://www.meteorologicaltechnologyworldexpo.com/en/exhibitor-list.php?qATTEX target_blank> img altMTP-5 on Meteorological Technology World Expo 2019 data-descriptionWe kindly gald to invite you to our stand 6052 on Meteorological Technology World Expo 2019 in Geneva on 5-7 June 2019. src/uploads/a9b211be1ef2485e87d93f0d320dd68681640004_thumb.jpg data-large-src/uploads/a9b211be1ef2485e87d93f0d320dd68681640004.jpeg /> /a> /li> li> a hrefhttp://www.mountisamines.com.au/en/m2mdigital/Q4%20-%202018/Pages/Mount-Isa-Mines%E2%80%99-Air-Quality-Control-Centre-(AQC)-explores-atmospheric-temperatures-with-new-technology.aspx target_blank> img altMTP-5 in Australia data-descriptionMTP-5 was installed in Mount Isa, Australia for the needs of air quality control center of Mount Isa Mines. src/uploads/717ac1058f286d2a4d5abcaf2357c61236f1542f_thumb.jpg data-large-src/uploads/717ac1058f286d2a4d5abcaf2357c61236f1542f.jpeg /> /a> /li> li> a hrefhttps://www.madrid.es target_blank> img altMTP-5 in Madrid data-descriptionMTP-5 was installed in Madrid for the needs of local environment and transport authorities to investigate atmosphere boundary layer dynamics and air pollution distribution. src/uploads/e18eb87beaedba411e82ad51671f029854c6b6e0_thumb.jpg data-large-src/uploads/e18eb87beaedba411e82ad51671f029854c6b6e0.jpeg /> /a> /li> li> img altMTP-5 on Meteorological Technology World Expo 2018 data-descriptionWe kindly gald to invite you to our stand 5005 at Meteorological Technology World Expo 2018 in Amsterdam 9-11 October. src/uploads/3a0c62a9dd673fd49617727a9394b9c1522622bb_thumb.jpg data-large-src/uploads/3a0c62a9dd673fd49617727a9394b9c1522622bb.jpeg /> /li> li> a hrefhttp://www.meteorologicaltechnologyworldexpo.com target_blank> img altMTP-5 on Meteorological Technology World Expo 2017 data-descriptionWe kindly gald to invite you to our stand 11005 on Meteorological Technology World Expo 2017 in Amsterdam on 10-12 October. src/uploads/156d355d698c6fc9d4637f52158cd0366761ba59_thumb.jpg data-large-src/uploads/156d355d698c6fc9d4637f52158cd0366761ba59.jpeg /> /a> /li> li> img altMTP7 start of sales data-descriptionWe are glad to announce that we start the sales of new Meteorological Thermodynamic Profiler in 2018 for Russian market. Stay tuned! src/uploads/70cce5dcbeb452601ca6595b5700f0b4fda0d287_thumb.jpg data-large-src/uploads/70cce5dcbeb452601ca6595b5700f0b4fda0d287.jpeg /> /li> li> img altNew complex Meteorological Thermodynamic Profiler 7+ data-descriptionWe are glad to announce the acceptance of orders for new Meteorological Thermodynamic Profiler 7+ with following features: up to 10 km temperature profile, water vapor content, liquid water content, humidity profile, autocalibration, no maintenance, all weather conditions. src/uploads/09e9c13260569387c8783c566dac797bac7b40a9_thumb.jpg data-large-src/uploads/09e9c13260569387c8783c566dac797bac7b40a9.jpeg /> /li> li> a hrefhttp://www.airlab.edu.gr/ target_blank> img altMTP-5 in Greece data-descriptionThis fall MTP-5 moved to a new place in Greece: The Laboratory of Atmospheric Pollution and Environmental Physics src/uploads/7f0151e591cfb9883f4ff392febedd8ab29a48f4_thumb.jpg data-large-src/uploads/7f0151e591cfb9883f4ff392febedd8ab29a48f4.jpeg /> /a> /li> li> a hrefhttp://www.meteorologicaltechnologyworldexpo.com/ target_blank> img altMTP-5 on Meteorological Technology World Expo 2016 data-descriptionWe are kindly inviting you to our stand 2025 in Meteorological Technology World Expo 2016 in Madrid on 27-29 September. src/uploads/cd4769e10f262899da1ba9ce01e3725e1a2dadbf_thumb.jpg data-large-src/uploads/cd4769e10f262899da1ba9ce01e3725e1a2dadbf.jpeg /> /a> /li> li> a hrefhttp://www.microrad2016.org/Papers/viewpapers.asp?papernum1007 target_blank> img altMTP-5 on MICRORAD 2016, Finland data-descriptionMTP-5 on MICRORAD 2016, Finland src/uploads/d3c3c138f0fcfef2d6c03815384b19de76fba008_thumb.jpg data-large-src/uploads/d3c3c138f0fcfef2d6c03815384b19de76fba008.jpeg /> /a> /li> li> a hrefhttp://www.dach2016.de/ target_blank> img altMTP-5 in DACH-2016 Berlin data-descriptionMTP-5 in DACH-2016 Berlin src/uploads/5f69f9aee93841d888eac891be2ef3c1ca5c77c6_thumb.jpg data-large-src/uploads/5f69f9aee93841d888eac891be2ef3c1ca5c77c6.jpeg /> /a> /li> li> a hrefhttps://www.bkg.bund.de/DE/Observatorium-Wettzell/Das-Observatorium/das-observatorium.html target_blank> img altMTP-5 in Germany data-descriptionMTP-5 has been established in Germany for the needs of the Federal Office of Cartography and Geodesy src/uploads/234614ae6ee647417d3f44646ee5baf8406a47ee_thumb.jpg data-large-src/uploads/234614ae6ee647417d3f44646ee5baf8406a47ee.jpeg /> /a> /li> li> a hrefhttp://www.thueringen.de/th8/tlug/ target_blank> img altMTP-5 in Germany data-descriptionMTP-5 has been established in Germany for the needs of Thuringian State Institute for Environment and Geology src/uploads/a8783da89f2540dcbeaa6b82575722a62cdc6b31_thumb.jpg data-large-src/uploads/a8783da89f2540dcbeaa6b82575722a62cdc6b31.jpeg /> /a> /li> li> a hrefhttp://www.meteorologicaltechnologyworldexpo.com/ target_blank> img altMTP-5 in Meteorological Technology World Expo 2015 data-descriptionWe will glad to see you at Meteorological Technology World Expo 2015 at stand 6030 src/uploads/31a221bbb6ad418db663f0dec2c6ff9d2c2ead84_thumb.jpg data-large-src/uploads/31a221bbb6ad418db663f0dec2c6ff9d2c2ead84.jpeg /> /a> /li> li> a hrefhttp://www.ipa.nw.ru/en/quasar/#badary target_blank> img altMTP-5 in observatory "Badary" data-descriptionIn 2015 we have installed MTP-5 in Badary observatory of the Institute of Applied Astronomy of the Russian Academy of Sciences src/uploads/ee047104d2ac2dd6d6fb34276a952e01db30529e_thumb.jpg data-large-src/uploads/ee047104d2ac2dd6d6fb34276a952e01db30529e.jpeg /> /a> /li> li> a hrefhttp://www.aerostate.org target_blank> img altMTP-5 and Aerostate data-descriptionIn 2015, our company has signed a partnership agreement with Aerostate LLC, which provides worldwide air quality forecasts with city-block resolution. To learn more click the picture. src/uploads/c75b60a553125b0933aa000bfa01b036fa8a4941_thumb.jpg data-large-src/uploads/c75b60a553125b0933aa000bfa01b036fa8a4941.jpeg /> /a> /li> li> a hrefhttp://www.synop.ru/ target_blank> img altMTP-5 and Synop data-descriptionSYNOP is a fundamentally new to the Russian meteorological system. The local forecast, the forecast specific meteorological parameters, warning of hazardous weather and the forecast risks are made in real time. src/uploads/1284a268082a5b96e65c3a5883ec03606f618319_thumb.jpg data-large-src/uploads/1284a268082a5b96e65c3a5883ec03606f618319.jpeg /> /a> /li> li> a hrefhttp://research.iarc.uaf.edu/NABOS2/cruise/2015/dispatches.php target_blank> img altThe completed work of the Russian-American expedition NABOS - 2015 data-descriptionRussian-American expedition project NABOS took place in the Arctic Ocean from August 22 to September 30, 2015, aboard the "Akademik Treshnikov." src/uploads/f9ab5ae6e9b1bb5d14bfe4ebb0d9195e64f0f695_thumb.jpg data-large-src/uploads/f9ab5ae6e9b1bb5d14bfe4ebb0d9195e64f0f695.jpeg /> /a> /li> li> a hrefhttp://www.ifaran.ru/ target_blank> img altMTP-5 Mobile on expedition Institute of Atmospheric Physics data-descriptionOur collegues from A.M.Obukhov Institute of Atmospheric Physics of RAS have made a sucsessfull expedition with MTP-5 Mobile src/uploads/55da74dd4a0348605719dbbbaa764647e01c4b9f_thumb.jpg data-large-src/uploads/55da74dd4a0348605719dbbbaa764647e01c4b9f.jpeg /> /a> /li> li> a hrefhttp://www.eurelettronicaicas.com/product.php?product40 target_blank> img altMTP-5 in Taranto, Italy data-descriptionIn the summer of 2015, MTP-5 was installed at the refinery in Taranto, Italy, and serves as a tool for monitoring air quality in the region. src/uploads/f970e7c9d30eb5ee7a3d7ccd13247677d58930e7_thumb.jpg data-large-src/uploads/f970e7c9d30eb5ee7a3d7ccd13247677d58930e7.jpeg /> /a> /li> li> a hrefhttp://ians.aero/en/news-single/198-ians-equipment-capabilities-were-demonstrated-at-experimental-airbase target_blank> img altIANS Equipment Capabilities Were Demonstrated at Experimental Airbase data-descriptionIANS showcased the capabilities of modern surveillance and aircraft traffic control systems, radar aids and ADS-B automated systems for meteorological flight support, and other aviation equipment manufactured by IANC Concern together with its partners. src/uploads/b4ff742657c795760e772dac085061ab3bb585f0_thumb.jpg data-large-src/uploads/b4ff742657c795760e772dac085061ab3bb585f0.jpeg /> /a> /li> li> img altMTP-5 in Boulder data-descriptionIn 1996-1997 in Boulder MTP-5 were tested. In 2015 MTP-5 returned to Boulder and conducted successful tests and comparisons. src/uploads/6cb3a6bb27ffbc0c6e69e5e103b2cd98f3603444_thumb.jpg data-large-src/uploads/6cb3a6bb27ffbc0c6e69e5e103b2cd98f3603444.jpeg /> /li> li> a hrefhttp://www.ipa.nw.ru/PAGE/ENG/engstructure.htm target_blank> img altMTP-5 in observatory "Svetloe" data-descriptionMTP-5 is used in IAA RAS observatories src/uploads/c4bd65ae1b5d35283c8b1235d27d613b814eeaf2_thumb.jpg data-large-src/uploads/c4bd65ae1b5d35283c8b1235d27d613b814eeaf2.jpeg /> /a> /li> li> a hrefhttp://www.meteorologicaltechnologyworldexpo.com/ target_blank> img altMTP-5 on Meteorological Technology World Expo 2014 data-descriptionATTEX Ltd presented MTP-5 in Brussels on Meteorological Technology World Expo 2014. Meet us in 2015 src/uploads/9c54817c72a3bc975d1218cb7be16353cc618437_thumb.jpg data-large-src/uploads/9c54817c72a3bc975d1218cb7be16353cc618437.jpeg /> /a> /li> li> a hrefhttp://www.meteo.imd.ru/rus/ target_blank> img altMTP-5 on METEOREX 2014 in St. Petersburg data-descriptionMTP-5 on METEOREX 2014 in St. Petersburg src/uploads/0d280d3ad0cdaba36acff2484ca5156064062a50_thumb.jpg data-large-src/uploads/0d280d3ad0cdaba36acff2484ca5156064062a50.jpeg /> /a> /li> li> a hrefhttp://www.mig-journal.ru/component/content/article?id3987 target_blank> img altMTP-5 in Sochi data-descriptionDuring the Olympic Games in Sochi in 2014 MTP-5 was installed at the airport in Sochi, and was used to ensure the safety of flights. src/uploads/13371c20e7b697c8ca7bdccc6c750fe947dcedb4_thumb.jpg data-large-src/uploads/13371c20e7b697c8ca7bdccc6c750fe947dcedb4.jpeg /> /a> /li> li> img altMTP-5 in Veitnam data-descriptionMTP-5 has been installed and put into operation at the nuclear power plant in Vietnam. src/uploads/6925311299562e41e602ac0524ab4269c3e13827_thumb.jpg data-large-src/uploads/6925311299562e41e602ac0524ab4269c3e13827.jpeg /> /li> li> a hrefhttp://www.ifaran.ru/science/expeditions/forIFASite.pdf target_blank> img altMTP-5 in expidition NABOS 2013 data-descriptionFrom 21 of August till 22 of September 2013 it was an international expedition of the project "NABOS" (Nandsen and Amundsen Basin Observation System), organized by the International Centre for Arctic Studies at the University of Alaska Fairbanks. src/uploads/110298cce5912aa0076e6a2bd8924e6a9f8d2fb0_thumb.jpg data-large-src/uploads/110298cce5912aa0076e6a2bd8924e6a9f8d2fb0.jpeg /> /a> /li> /ul>/section>section idonline classonline data-lnk#online_lnk> div classcamera> h3>WE ALWAYS STAY span>ONLINE/span>/h3> iframe classiv-i srchttp://open.ivideon.com/embed/v2/?server200-1e8f94c31efab2223167f8fa790d14e9&camera0&ap height480 frameborder0>/iframe> !-- img src/mtp_video_dumb.png width480 /> --> /div> div classtemp-field> h3>And totally span>accurate/span>/h3> img srchttp://mtp5.ru/pics/mtp.png width640 altgraph of temperature elevation> /div> ul classlinks> li>a target_blank hrefhttp://www.meteoinfo.ru/t-profiler>HYDROMETEOROLOGICAL CENTER OF RUSSIA/a>/li> li>a target_blank hrefhttp://veret.gfi.uib.no/?actionmtp>NANSEN ENVIRONMENTAL AND REMOTE SENSING CENTER/a>/li> !--li>a target_blank hrefhttp://www.arpa.veneto.it/bollettini/htm/profilatori.asp>ARPA VENETO/a>/li>--> !--li>a target_blank hrefhttp://vtemp.pscleanair.org/>PUGET SOUND CLEAN AIR AGENCY/a>/li>--> li>a target_blank hrefhttp://radiometer.bplaced.net/>LFU RADIOMETER MAINZ/a>/li> !--li>a target_blank hrefhttp://mtp5.ru/glonass32346fdkjshf0328fh032hj3.html>THE INSTITUTE OF APPLIED ASTRONOMY OF THE RUSSIAN ACADEMY OF SCIENCES/a>/li>--> /ul>/section>section idusage classusage data-lnk#usage_lnk> h2>OUR PRODUCTS ARE USED IN DIFFERENT AREAS/h2> div classtabs-controls> ul> li classactive aviation>a href#aviation_tab>img src/images/c699aab.png />Aviation/a>/li> li classnuclear>a href#nuclear_tab>img src/images/075eb34.png />Nuclear/a>/li> li classmeteo>a href#meteo_tab>img src/images/5cdc7eb.png />Meteorology/a>/li> li classscience>a href#science_tab>img src/images/e957231.png />Science/a>/li> li classecology>a href#ecology_tab>img src/images/23c8569.png />Ecology/a>/li> /ul> /div> div classtabs> div classtab active idaviation_tab> img src/images/10cf37f.jpg /> div classinfo-aviation> h3>Wake vortex safety system and Wind shear/h3> p>b>MTP-5 + WIND PROFILE/b> Control and monitoring of the temperature inversion periods potentially dangerous according MTP-5 data. 3.1.5. ...In these circumstances the shear below the jet can be significant and is proportional to the strength of the inversion. The level of maximum wind is generally below 500 m (1 600 ft) and therefore of considerable interest to aviation. (Doc 9817 AN/449, Manual on Low-level Wind Shear, International Civil Aviation Organization, First Edition — 2005)/p> h3>Turbulence/h3> p>b>MTP-5 + solar radiation + wind gradient/b> Measurement of turbulence and height of the mixing layer by using MTP-5 Icing (heights hazardous for icing)/p> h3>Icing (heights hazardous for icing)/h3> p>While the icing can occur over a wide range of negative temperatures, the probability is maximum in a relatively narrow range of temperatures and relative humidity (from -5 to -10°C and > 85% respectively). Outside these intervals icing probability decreases rapidly. a stylecolor:#23527c; hrefhttp://method.hydromet.ru/publ/sb/sb37/sh_ice.pdf target_blank>Results of the test of aircraft possible icing predicting areas method (read in russian)/a>/p> h3>Fog/h3> p>b>MTP-5 + weather forecast + meteorological data/b> The temperature profile determines the vertical transport of air masses and the condensation of the water vapor of the atmosphere. Monitoring by using the MTP-5 data provides a warning about the development and the scattering of fog./p> p classread-more>a href/pdf/aviaMtpME201510.compressed.pdf target_blank>Read more/a>/p> /div> /div> div classtab nuclear-tab idnuclear_tab> img src/images/599c6f0.jpg /> div classinfo-nuclear> The equipment manufactured and supplied by R.P.O. ATTEX allows you to monitor data:br /> - Air temperature;br /> - Repeatability of the categories of atmospheric stability. The average value of the vertical temperature gradient in the layers 0-300 m 0-600 m 0-900 m;br /> - The frequency and average power and intensity of surface inversions;br /> - The frequency and average power and intensity of elevated inversions;br /> - Atmospheric dispersion of contaminants in the short-term and long-term emissions.br /> - Solar radiation;br /> The list of parameters characterizing the state of the atmospheric boundary layer (ABL), and upper-air meteorological conditions in the area of accommodation and on-site nuclear facilities (nuclear facilities), presented in the Safety Guide Monitoring and upper-air meteorological conditions in areas where objects use of nuclear energy (RB-046-08) approved to January 1, 2009 p classread-more>a href/pdf/nuclear.pdf target_blank>Read more/a>/p> /div> /div> div classtab idmeteo_tab> img src/images/f6e4392.jpg /> div classinfo-meteo> h3>Profilers for Meteorology/h3> p>The vertical profilers are tools to measure remotely in some meteorological troposphere layer closest to the earth called PBL - such as temperature, wind and humidity, up to over 1,000 m vertically above the point of measurement. L ARPAV-Meteorological Centre of Teolo (CMT), within the project SPD and the project Air pollution in the City of Padua, acquired and installed 8 vertical profilers in its network of stations for measuring ground meteorological variables . Previously the CMT, as other centers Meteorological, used for the analysis and forecasting of weather conditions in Veneto vertical profiles detected by soundings SATIN, measurements taken with instruments hanging from a balloon filled with helium and made every 12.6 hours at the airports. In Veneto not making soundings, the closest are those of Milan, Bologna and Udine; the intersection of the data appeared, therefore, rough, uneven and poorly valid./p> p>The profilers, instead, allow to study the vertical structure of the atmosphere in a continuous and detailed monitoring every 5-15 minutes, with low costs of management and maintenance. The data collected will produce useful information to complete the picture of the weather situation on a regional scale Mesoscale. The high spatial resolution of the measurements and the ability to get data in near real time allows a better understanding of atmospheric phenomena in place, and better forecasting of dynamic capabilities and dispersive in the short term. The profilers are innovative and cutting edge because:/p> p>in winter, they can be used to analyze the phenomenon of thermal inversions at night, because, in plain, episodes of acute pollution by particulate matter (PM10); in the summer, along with radar and satellite, they are able to predict the short-term evolution of extreme events such as storms, hail and tornadoes, providing guidance on stability of the air column; The profilers are warning lights for pollution incidents from Ozone (O3) is produced and accumulates in the lower layers of the atmosphere in weather situations characterized by high pressure, high temperatures and calm winds; provide weather information, which correlated with the geography of the area, they become indispensable in case of evacuation of residential areas to industrial accidents or environmental emergencies, or by the definition of fields of wind for wind turbines./p> p classread-more>a href/pdf/MtpManualEng.compressed.pdf target_blank>READ MORE/a>/p> /div> /div> div classtab idscience_tab> img src/images/492f1ff.jpg /> div classinfo-science> p>At first time the unique results about thermal regime of the polar atmospheric boundary layer (ABL) had been obtained during expedition of the Arctic and Antarctic Research Institute on the Russian drifting ice stations North Pole - 39 and North Pole -40 in April 2012 - June 2013. These measurements have been provided by new MTP-5 PE./p> p> With MTP-5 PE scientists obtained continuous temperature profiles data during 14 month of the drift more than 2000 km in Canadian sector of the Arctic Basin.br> /p> p> Click to read a href classpublication-lnk links-to-subpage relpublications>our publications/a>.br> Join our communities: a target_blank hrefhttp://cetemps.aquila.infn.it/mwrnet/>MWRnet/a> and a target_blank hrefhttp://www.altostratus.it/Meteo_MTP5.htm>MTP-5 Community/a> /p> p classread-more stylemargin:0;>a href/pdf/scienceMtp2015.compressed.pdf target_blank>Read more/a>/p> /div> /div> div classtab eco-tab idecology_tab> img src/images/ecffe2c.jpg /> div classinfo-eco> MTP 5 has an important application in monitoring air pollution. It offers a simple, fast and economical solution for forecasting and for the process of issuing public information. Also it can be used to help predict the dispersion of gasses in the case of accidental or unscheduled releases. p classread-more>a href/pdf/UrbanMtp2015.compressed.pdf target_blank>Read more/a>/p> /div> /div> /div>/section>section idproducts classproducts data-lnk#products_lnk> h2>What is your MTP-5?/h2> ul> li>a href/pdf/mtp5h.compressed.pdf target_blank>h3>mtp-5h/h3>p>MTP-5H is a basic version of profiler with a range 1000 m/p>img src/images/1368373.jpg />/a>/li> li>a href/pdf/mtp5he.compressed.pdf target_blank>h3>mtp-5he/h3>p>MTP 5-HE is an extended range version (now up to 2000 m) /p>img src/images/5408a04.jpg />/a>/li> li>a href/pdf/mtp5re.compressed.pdf target_blank>h3>mtp-5re/h3>p>MTP-5RE is a profiler with 10 m vertical height interval/p>img src/images/363bd4d.jpg />/a>/li> li>a href/pdf/mtp5pe.compressed.pdf target_blank>h3>mtp-5pe/h3>p>MTP-5PE is a polar version of MTP-5RE (operate down to -80 °C)/p>img src/images/0821335.jpg />/a>/li> /ul>/section>section idmap classmap data-lnk#map_lnk> h2>YOU CAN FIND YOUR MTP-5 span>ANYWHERE/span>/h2> h4>121 MTP-5 WERE SET UP IN 27 COUNTRIES SINCE 1992. CURRENTLY WE SUPPORT ALL OF THESE DEVICES./h4> div classmap-freeze idmap_freeze>button idshow_map>Show map/button>/div>/section>div classmap-close idmap_close>Close/div>div idmap_container style>/div>div idlegend>/div>footer> nav> ul> li> a hrefhttp://mtp5.ru/>Information/a> ul> li>a hrefhttp://mtp5.ru/#products>Products/a>/li> li>a hrefhttp://attex.net/EN/about.php>Contacts/a>/li> li>a hrefhttp://mtp5.ru/#online>Data examples/a>/li> li classno-lnk>Partners/li> /ul> /li> li> span classno-lnk uppercase>News/span> ul> li classno-lnk>Recent/li> li classno-lnk>Archive/li> /ul> /li> li> span classno-lnk uppercase>Articles/span> ul> li>a hrefhttp://attex.net/EN/history.php>About us/a>/li> li>a hrefhttp://attex.net/EN/publications.php classlinks-to-subpage relpublications>Our publications/a>/li> /ul> /li> li> a hrefhttp://www.hmei.org/company-details/?company_id6679>span styledisplay:block;margin-bottom:15px;>HMEI MEMBER/span> img width150 src/images/88c3d58.png />/a> /li> /ul> /nav> div classcopyright>Copyright 2015. ВСЕ ПРАВА ЗАЩИЩЕНЫ ООО НПО АТТЕХ/div>/footer>div classmodal fade idcontact_us_subpage_modal> div classmodal-dialog> div classmodal-content> div classmodal-header> button typebutton classclose data-dismissmodal aria-labelClose>span aria-hiddentrue>×/span>/button> h4 classmodal-title>Contact us/h4> /div> div classmodal-body> form nameform methodpost action/contact-us idcontact_us_form> div classform-group> label forform_name classrequired>Name/label> input typetext idform_name nameformname requiredrequired classform-control /> /div> div classform-group> label forform_email classrequired>Email/label> input typeemail idform_email nameformemail requiredrequired classform-control /> /div> div classform-group> label forform_text classrequired>Text/label> textarea idform_text nameformtext requiredrequired classform-control>/textarea> /div> button typesubmit classbtn btn-primary>Submit/button> input typehidden idform__token nameform_token valueMVNKg4QYPI9l-EqKmNH3K3wc4JdEtcP0u9hcjxvf5dc />/form> /div> /div>!-- /.modal-content --> /div>!-- /.modal-dialog -->/div>!-- /.modal -->div classmodal fade idpass_access_subpage_modal> div classmodal-dialog> div classmodal-content> div classmodal-header> button typebutton classclose data-dismissmodal aria-labelClose>span aria-hiddentrue>×/span>/button> h4 classmodal-title>Password access/h4> /div> div classmodal-body> form idpass_access_form> div classform-group> label forpswd>/label> input typepassword namepass classform-control idpswd placeholderPassword> /div> button typesubmit classbtn btn-primary>Submit/button> /form> /div> /div>!-- /.modal-content --> /div>!-- /.modal-dialog -->/div>!-- /.modal -->div classmodal fade tabindex-1 idpublications_subpage_modal>div classmodal-dialog> div classmodal-content> div classmodal-header> button typebutton classclose data-dismissmodal aria-labelClose>span aria-hiddentrue>×/span>/button> h4 classmodal-title>Our publications/h4> /div> div classmodal-body> table classtable table-striped table-hover> tr>td>a target_blank href/pdf/PUBLICATIONS/Ahmad - Mesoscale Simulation Data for Initializing Fast-Time Wake Transport and Decay Models.pdf>Ahmad - Mesoscale Simulation Data for Initializing Fast-Time Wake Transport and Decay Models.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Argentini - An observing system for atmospheric boundary layer monitoring at Concordia station, Antarctica.ppt>Argentini - An observing system for atmospheric boundary layer monitoring at Concordia station, Antarctica.ppt/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Argentini - Temperature profiles by ground-based remote sensing and in situ measurements.pdf>Argentini - Temperature profiles by ground-based remote sensing and in situ measurements.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Berezina - Estimation of nocturnal222Rn soil fluxes over Russia from TROICA measurements.pdf>Berezina - Estimation of nocturnal222Rn soil fluxes over Russia from TROICA measurements.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Chang - A Further Study of high Air Pollution Episodes in Taiwan Using MTP-5HE.pdf>Chang - A Further Study of high Air Pollution Episodes in Taiwan Using MTP-5HE.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Chubarova - Long-term variability of aerosol optical thickness in Eastern Europe over 2001–2014 according to the measurements at the Moscow MSU MO AERONET site with additional cloud and NO2 correction.pdf>Chubarova - Long-term variability of aerosol optical thickness in Eastern Europe over 2001–2014 according to the measurements at the Moscow MSU MO AERONET site with additional cloud and NO2 correction.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Elanski - Heat Island Structure over Russian Towns Based on Mobile Laboratory Observations.pdf>Elanski - Heat Island Structure over Russian Towns Based on Mobile Laboratory Observations.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Elansky - Air quality and CO emissions in the Moscow megacity.pdf>Elansky - Air quality and CO emissions in the Moscow megacity.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Ezau - The Analysis of Results of Remote Sensing Monitoring of the Temperature Profile in Lower Atmosphere in Bergen (Norway).pdf>Ezau - The Analysis of Results of Remote Sensing Monitoring of the Temperature Profile in Lower Atmosphere in Bergen (Norway).pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Ferraio - HETEROGENEITY OF ACCUMULATION AND DISPERSION CONDITIONS FOR PM10 IN THE PO VALLEY.pdf>Ferraio - HETEROGENEITY OF ACCUMULATION AND DISPERSION CONDITIONS FOR PM10 IN THE PO VALLEY.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Ferrario - CLIMATOLOGY OF THE STATIC STABILITY OF THE NIGHT-TIME PO VALLEY PBL FROM RADIO SONDES AND PASSIVE MICROWAVE RADIOMETERS.pdf>Ferrario - CLIMATOLOGY OF THE STATIC STABILITY OF THE NIGHT-TIME PO VALLEY PBL FROM RADIO SONDES AND PASSIVE MICROWAVE RADIOMETERS.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Ferrario - PRESENTATION AND FIRST ASSESSMENT OF A RADIOMETER NETWORK IN THE ITALIAN REGION VENETO.pdf>Ferrario - PRESENTATION AND FIRST ASSESSMENT OF A RADIOMETER NETWORK IN THE ITALIAN REGION VENETO.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Ferraro - AN INTRODUCTION TO PASSIVE MICROWAVE REMOTE SENSING AND ITS APPLICATIONS TO METEOROLOGICAL ANALYSIS AND FORECASTING.pdf>Ferraro - AN INTRODUCTION TO PASSIVE MICROWAVE REMOTE SENSING AND ITS APPLICATIONS TO METEOROLOGICAL ANALYSIS AND FORECASTING.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Folomeev - Advanced Microwave System For Measurement of ABL Thermal Stratification in Polar Region.pdf>Folomeev - Advanced Microwave System For Measurement of ABL Thermal Stratification in Polar Region.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Gilroy - A New Future in Meteorological Measurements Incorporating Quality Checks into Vertical Temperature and Wind Measurements.pdf>Gilroy - A New Future in Meteorological Measurements Incorporating Quality Checks into Vertical Temperature and Wind Measurements.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Gilroy - Meteorological Measurements To Meet Air Quality Program Needs MTP 5-HE Vertical Temperature Measurements.pdf>Gilroy - Meteorological Measurements To Meet Air Quality Program Needs MTP 5-HE Vertical Temperature Measurements.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Gilroy-A New Future in Meteorological Measurements.pdf>Gilroy-A New Future in Meteorological Measurements.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Gultepe - Fog and Boundary Layer Clouds Fog Visibility and Forecasting.pdf>Gultepe - Fog and Boundary Layer Clouds Fog Visibility and Forecasting.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Ilin - WVR’s for Quasar network.pdf>Ilin - WVR’s for Quasar network.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Ivanov - REMOTE SENSING SYSTEM FOR URBAN HEAT ISLAND STUDY.pdf>Ivanov - REMOTE SENSING SYSTEM FOR URBAN HEAT ISLAND STUDY.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Jeannet - TEMPERATUR- UND FEUCHTIGKEITSPROFILE VERGLEICH VON RADIOSONDEN UND BODENGESTЬTZTEN FERNERKUNDUNGSSYSTEMEN.pdf>Jeannet - TEMPERATUR- UND FEUCHTIGKEITSPROFILE VERGLEICH VON RADIOSONDEN UND BODENGESTЬTZTEN FERNERKUNDUNGSSYSTEMEN.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kadygrov - Application of Microwave Radiometry for Urban Heat Island Study.pdf>Kadygrov - Application of Microwave Radiometry for Urban Heat Island Study.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kadygrov - Eclipse Effects in the Atmospheric Boundary Layer.pdf>Kadygrov - Eclipse Effects in the Atmospheric Boundary Layer.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kadygrov - Ground-based microwave temperature profilers Potential and experimental data.pdf>Kadygrov - Ground-based microwave temperature profilers Potential and experimental data.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kadygrov - INSTRUMENTS AND OBSERVING METHODS.pdf>Kadygrov - INSTRUMENTS AND OBSERVING METHODS.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kadygrov - Investigation of atmospheric boundary layer temperature, turbulence, and wind parameters on the basis of passive microwave remote sensing.pdf>Kadygrov - Investigation of atmospheric boundary layer temperature, turbulence, and wind parameters on the basis of passive microwave remote sensing.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kadygrov - Investigation of temporal-spatial parameters of an urban heat island on the basis of passive microwave remote sensing.pdf>Kadygrov - Investigation of temporal-spatial parameters of an urban heat island on the basis of passive microwave remote sensing.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kadygrov - MICROWAVE TEMPERATURE PROFILERS – APPLICATION FOR URBAN CLIMATE INVESTIGATIONS.pdf>Kadygrov - MICROWAVE TEMPERATURE PROFILERS – APPLICATION FOR URBAN CLIMATE INVESTIGATIONS.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kadygrov - Methodology Recommendations for the use of data from MTP-5 profiler.pdf>Kadygrov - Methodology Recommendations for the use of data from MTP-5 profiler.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kadygrov - Mobile system for atmospheric temperature profile monitoring mobile MTP-5.ppt>Kadygrov - Mobile system for atmospheric temperature profile monitoring mobile MTP-5.ppt/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kadygrov - Passive Microwave Mobile System for Atmospheric Boundary Layer Temperature Proilers and Total Water Vapour Content.pdf>Kadygrov - Passive Microwave Mobile System for Atmospheric Boundary Layer Temperature Proilers and Total Water Vapour Content.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kadygrov - STUDY OF ATMOSPHERIC BOUNDARY LAYER TERMAL REGIME DURING TOTAL ECLIPSE OF THE SUN.pdf>Kadygrov - STUDY OF ATMOSPHERIC BOUNDARY LAYER TERMAL REGIME DURING TOTAL ECLIPSE OF THE SUN.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kadygrov - STUDY OF URBAN ATMOSPHERIC BOUNDARY LAYER TERMODYNAMIC PARAMETERS SPATIAL DISTRIBUTION IN MOSCOW.pdf>Kadygrov - STUDY OF URBAN ATMOSPHERIC BOUNDARY LAYER TERMODYNAMIC PARAMETERS SPATIAL DISTRIBUTION IN MOSCOW.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kadygrov - Study Of Atmospheric Boundary Layer Thermodynamics During Total Solar Eclipse On The.pdf>Kadygrov - Study Of Atmospheric Boundary Layer Thermodynamics During Total Solar Eclipse On The.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kadygrov Investigation of temporal-spatial parameters of an urban heat island on the basis of passive microwave remote sensing.pdf>Kadygrov Investigation of temporal-spatial parameters of an urban heat island on the basis of passive microwave remote sensing.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kamardin - Height of layer of intense turbulent heat exchange under conditions of stable atmospheric stratification.pdf>Kamardin - Height of layer of intense turbulent heat exchange under conditions of stable atmospheric stratification.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Koldaev- EXPERIMENTAL STUDY OF RAIN-INDUCED ACCURACY LIMITS FOR MICROWAVE REMOTE TEMPERATURE PROFILING.pdf>Koldaev- EXPERIMENTAL STUDY OF RAIN-INDUCED ACCURACY LIMITS FOR MICROWAVE REMOTE TEMPERATURE PROFILING.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Konstantinov - Urban Heat Island of Arctic cities.pdf>Konstantinov - Urban Heat Island of Arctic cities.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Kuznetsova - The Effect of Meteorology on Air Pollution in Moscow during the Summer Episodes of 2010.pdf>Kuznetsova - The Effect of Meteorology on Air Pollution in Moscow during the Summer Episodes of 2010.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Lenskaya_Abdullaev - Modeling Study of Atmospheric Boundary Layer Characteristics in Industrial City by the Example of Chelyabinsk.pdf>Lenskaya_Abdullaev - Modeling Study of Atmospheric Boundary Layer Characteristics in Industrial City by the Example of Chelyabinsk.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Liuo - Two-year Microwave Radiometric Observations of Low-level Boundary-layer Temperature Inversion Signatures.pdf>Liuo - Two-year Microwave Radiometric Observations of Low-level Boundary-layer Temperature Inversion Signatures.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Lokoshchenko - Vertical Extension of the Urban Heat Island above Moscow.pdf>Lokoshchenko - Vertical Extension of the Urban Heat Island above Moscow.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Miller - FEATURES OF ATMOSPHERIC TEMPERATURE PROFILING IN POLAR REGIONS.pdf>Miller - FEATURES OF ATMOSPHERIC TEMPERATURE PROFILING IN POLAR REGIONS.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Mьller - Dissertation - Numerical simulation of fog and radiation in complex terrain.pdf>Mьller - Dissertation - Numerical simulation of fog and radiation in complex terrain.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/NABOS 2013 - MTP-5 data analyze.pptx>NABOS 2013 - MTP-5 data analyze.pptx/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/PERNIGOTTI - Influence of ABL stability on the diurnal cycle of PM10 concentration illustration of the potential of the new Veneto network of MW-radiometers and SODAR.pdf>PERNIGOTTI - Influence of ABL stability on the diurnal cycle of PM10 concentration illustration of the potential of the new Veneto network of MW-radiometers and SODAR.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Peсa - Remote_Sensing_for_Wind_Energy.pdf.pdf>Peсa - Remote_Sensing_for_Wind_Energy.pdf.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Pietroni - Measurements and Parametrizations of the Atmospheric Boundary Layer Height at Dome C, Antarctica.pdf>Pietroni - Measurements and Parametrizations of the Atmospheric Boundary Layer Height at Dome C, Antarctica.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Pietroni - Measurements and Parametrizations of the Atmospheric Boundary-Layer Height at Dome C, Antarctica.pdf>Pietroni - Measurements and Parametrizations of the Atmospheric Boundary-Layer Height at Dome C, Antarctica.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Pietroni - One Year of Surface-Based Temperature Inversions at Dome C, Antarctica.pdf>Pietroni - One Year of Surface-Based Temperature Inversions at Dome C, Antarctica.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Pietroni Argentini - Observations of near surface wind speed, temperature and radiative budget at Dome C, Antarctic Plateau during 2005.pdf>Pietroni Argentini - Observations of near surface wind speed, temperature and radiative budget at Dome C, Antarctic Plateau during 2005.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Rizza - Large-Eddy Simulation of Turbulence Decayin an Urban Area.pdf>Rizza - Large-Eddy Simulation of Turbulence Decayin an Urban Area.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Rotach - TURBULENCE STRUCTURE AND EXCHANGE PROCESSES IN AN ALPINE VALLEY The Riviera Project.pdf>Rotach - TURBULENCE STRUCTURE AND EXCHANGE PROCESSES IN AN ALPINE VALLEY The Riviera Project.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Safronov -Severe Wildfires Near Moscow, Russia in 2010 Modeling of Carbon Monoxide Pollution and Comparisons with Observations.pdf>Safronov -Severe Wildfires Near Moscow, Russia in 2010 Modeling of Carbon Monoxide Pollution and Comparisons with Observations.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Senik - Main Patterns of the Temporal Variability of Surface Ozone in the Region of the Town of Kislovodsk at 870 and 2070 m above Sea Level.pdf>Senik - Main Patterns of the Temporal Variability of Surface Ozone in the Region of the Town of Kislovodsk at 870 and 2070 m above Sea Level.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Smirnova - ERRORS IN REGIONAL MODEL SIMULATION OF TEMPERATURE AND WIND PROFILES IN RURAL AND URBAN ATMOSPHERIC BOUNDARY LAYER.pdf>Smirnova - ERRORS IN REGIONAL MODEL SIMULATION OF TEMPERATURE AND WIND PROFILES IN RURAL AND URBAN ATMOSPHERIC BOUNDARY LAYER.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Starchenko - Analysis of observations and results of numerical modeling of meteorological parameters and atmospheric air pollution under weak wind conditions in the city of Tomsk.pdf>Starchenko - Analysis of observations and results of numerical modeling of meteorological parameters and atmospheric air pollution under weak wind conditions in the city of Tomsk.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/TRIANTAFYLLOU - COMPARISON OF MESOSCALE MODEL WITH SODAR WIND AND RADIOMETER TEMPERATURE PROFILER MEASUREMENTS OVER AN URBAN AREA.pdf>TRIANTAFYLLOU - COMPARISON OF MESOSCALE MODEL WITH SODAR WIND AND RADIOMETER TEMPERATURE PROFILER MEASUREMENTS OVER AN URBAN AREA.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Varentsov - Investigation of 3D structure of urban heat island of Moscow city with application of microwave temperature sounding and high resolution regional modelling with data assimilation.pdf>Varentsov - Investigation of 3D structure of urban heat island of Moscow city with application of microwave temperature sounding and high resolution regional modelling with data assimilation.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Varentsov - Investigation of 3D structure of urban heat island of Moscow city with application of microwave temperature sounding.pdf>Varentsov - Investigation of 3D structure of urban heat island of Moscow city with application of microwave temperature sounding.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Vorobyeva - STUDY OF SEASONAL AND INTERANNUAL FEATURES OF URBAN ISLAND VERTICAL STRUCTURE ABOVE MOSCOW CITY.pdf>Vorobyeva - STUDY OF SEASONAL AND INTERANNUAL FEATURES OF URBAN ISLAND VERTICAL STRUCTURE ABOVE MOSCOW CITY.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Wolf - Analysis of the vertical temperature structure in the Bergen valley, Norway, and its connection to pollution episodes.pdf>Wolf - Analysis of the vertical temperature structure in the Bergen valley, Norway, and its connection to pollution episodes.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Wolf - Climate Change in the Arctic Ocean - NABOS 2013.ppt>Wolf - Climate Change in the Arctic Ocean - NABOS 2013.ppt/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Yushkov - Comparison of nocturnal inversion characteristics.pdf>Yushkov - Comparison of nocturnal inversion characteristics.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Yushkov - What Can Be Measured by the Temperature Profiler.pdf>Yushkov - What Can Be Measured by the Temperature Profiler.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Zuev - Measurement–Calculation Complex for Monitoring and Forecasting Meteorological Situations at Airports.pdf>Zuev - Measurement–Calculation Complex for Monitoring and Forecasting Meteorological Situations at Airports.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/Zuev - Remote Sensing of potential aircraft icing areas.pdf>Zuev - Remote Sensing of potential aircraft icing areas.pdf/td>/tr> tr>td>a target_blank href/pdf/PUBLICATIONS/von Gorsel - Aspects of Flow Characteristics and Turbulence in Complex Terrain.pdf>von Gorsel - Aspects of Flow Characteristics and Turbulence in Complex Terrain.pdf/td>/tr> /table> /div> div classmodal-footer> button typebutton classbtn btn-default data-dismissmodal>Close/button> /div> /div>!-- /.modal-content -->/div>!-- /.modal-dialog -->/div>!-- /.modal --> script> var passAccessUrl http://mtp5.ru/pass/; /script> script srchttp://ajax.googleapis.com/ajax/libs/jquery/2.1.1/jquery.min.js>/script> script src//cdnjs.cloudflare.com/ajax/libs/jquery-scrollTo/2.1.0/jquery.scrollTo.min.js>/script> script srchttps://maxcdn.bootstrapcdn.com/bootstrap/3.3.5/js/bootstrap.min.js>/script> script srchttps://cdnjs.cloudflare.com/ajax/libs/bootstrap-material-design/0.3.0/js/material.min.js>/script> script srchttps://cdnjs.cloudflare.com/ajax/libs/bootstrap-material-design/0.3.0/js/ripples.min.js>/script> script srcjs/jquery-scrollspy.js>/script> script typetext/javascript srchttp://maps.googleapis.com/maps/api/js?keyAIzaSyA8gPIIjjUfE5A5VnfWZe8HYM1HUznD3Mo&sensor1>/script> script> const stations { id: 1, name: Dolgoprudny, description: p>strong>Organization: /strong>R.P.O. Attexbr />strong>City: /strong>Dolgoprundiybr />strong>Device type:/strong> HE/p>, coords: 55.9250, 37.5240, soundId: 27713 } , { id: 2, name: SN081HE077, description: strong>Organization: /strong>Ruppur Nuclear Power Plantbr />strong>City: /strong>Ruppurbr />strong>Device type:/strong> HE, coords: 24.0700, 89.0470, soundId: null } , { id: 3, name: Ostankino, description: strong>Organization: /strong>Mosecomonitoringbr />strong>City: /strong>Moscowbr />strong>Device type:/strong> HE, coords: 55.8210, 37.6130, soundId: null } , { id: 4, name: MSZ-4, description: strong>Organization: /strong>Mosecomonitoringbr />strong>City:/strong> Moscowbr />strong>Device type:/strong> HE, coords: 55.7180, 37.9370, soundId: null } , { id: 5, name: SN089HE092, description: div>strong>Organization: /strong>V.E. Zuev Institute of Atmospheric Optics/div>strong>City: /strong>Tomskbr />strong>Device type:/strong> HEbr />strong>Site:/strong> a hrefhttp://www.iao.ru/en target_blank>http://www.iao.ru/en/a>, coords: 56.4770, 85.0480, soundId: null } , { id: 6, name: SN065HE073, description: div styletext-align: right;>strong>Organization: /strong>AtomEnergoProjectbr />strong>City: /strong>Novovoronezhbr />strong>Device type:/strong> HE/div>, coords: 51.3120, 39.2070, soundId: null } , { id: 7, name: SN083HE086, description: strong>Organization: /strong>Observatory "Svetloe", IAA RASbr />strong>City:/strong> Svetloebr />strong>Device type:/strong> HE, coords: 60.5330, 29.7810, soundId: null } , { id: 8, name: SN084HE087, description: strong>Organization: /strong>Observatory "Zelenchukskaya", IAA RASbr />strong>City: /strong>Zelenchukskayabr />strong>Device type:/strong> HE, coords: 43.7880, 41.5650, soundId: null } , { id: 9, name: SN075HE084, description: strong>Organization: /strong>Volpe, San Francisco airportbr />strong>City: /strong>San Franciscobr />strong>Device type:/strong> RE, coords: 37.5750, -122.3010, soundId: null } , { id: 11, name: SN000 MTP-5 IT Roma La Sapienza 1995, description: , coords: 41.9016, 12.5159, soundId: null } , { id: 12, name: SN000 MTP-5 RU HMB 2005.04, description: , coords: 55.7593, 37.5690, soundId: null } , { id: 13, name: SN006 MTP-5 SP Madrid 2003, description: , coords: 40.4378, -3.6855, soundId: null } , { id: 14, name: SN007 MTP-5 FR Strasburg 2003, description: , coords: 48.5561, 7.7762, soundId: null } , { id: 15, name: SN011 MTP-5 FR Paris Kipp&Zonen 2004, description: , coords: 48.8707, 2.4289, soundId: null } , { id: 16, name: SN012 MTP-5 TW Kaoshiung 2002.03, description: , coords: 23.0124, 120.6691, soundId: null } , { id: 17, name: SN014 MTP-5 JP Tsukuba NIES 2001.03, description: , coords: 36.0512, 140.1214, soundId: null } , { id: 18, name: SN014 MTP-5P IT CNR Istituto per la Microelettronica e Microsistemi 2001.11, description: , coords: 41.8424, 12.6473, soundId: null } , { id: 19, name: SN014 MTP-5P IT Concordia Station 2001-2005, description: , coords: -75.1119, 123.3952, soundId: null } , { id: 20, name: SN015R MTP-5 JP NDA 2001.12, description: , coords: 35.2581, 139.7254, soundId: null } , { id: 21, name: SN016 MTP-5 TW Taichung 2002.03, description: , coords: 24.2332, 120.9417, soundId: null } , { id: 22, name: SN017 MTP-5 RU Orenburg 2003.11, description: , coords: 51.6920, 55.0788, soundId: null } , { id: 23, name: SN018 MTP-5 RU DIEM 2006.12, description: , coords: 46.4149, 48.0941, soundId: null } , { id: 24, name: SN019 MTP-5 TW Taipei 2002.03, description: , coords: 25.0911, 121.5598, soundId: null } , { id: 25, name: SN020 MTP-5 IT ARPAP 2003.01, description: , coords: 45.0626, 7.6702, soundId: null } , { id: 26, name: SN021 MTP-5 US Kipp&Zonen 2003.11, description: , coords: 40.7790, -73.1030, soundId: null } , { id: 27, name: SN022 MTP-5 SK PPS, South Korea 2003.11, description: , coords: 37.6043, 127.1104, soundId: null } , { id: 28, name: SN023 MTP-5 RU FSI Roshydromet 2003.05, description: , coords: 56.2937, 43.9793, soundId: null } , { id: 29, name: SN024 MTP-5 RU Krasnoyarsk 2004.09, description: , coords: 56.0134, 92.8764, soundId: null } , { id: 30, name: SN025 MTP-5 IT ARPAV Padova 2005.03, description: , coords: 45.4027, 11.8848, soundId: null } , { id: 31, name: SN026 MTP-5 IT Italy ARPAV Belluno 2005.03, description: , coords: 46.1433, 12.2233, soundId: null } , { id: 32, name: SN027 MTP-5 IT Italy ARPAV Rovigo 2005.03, description: , coords: 45.0752, 11.7856, soundId: null } , { id: 34, name: SN028R MTP-5 RU MSU Faculty of Geography 2006.06, description: , coords: 55.7073, 37.5223, soundId: null } , { id: 35, name: SN029 MTP-5 CH Guangzhou Central Station 2006.02, description: , coords: 23.1472, 113.2646, soundId: null } , { id: 36, name: SN030 MTP-5 RU Cheliabinsk Roshydromet 2006.08, description: , coords: 55.1532, 61.3662, soundId: null } , { id: 37, name: SN031 MTP-5 IT Moncalieri 2007.04, description: , coords: 44.9918, 7.6777, soundId: null } , { id: 38, name: SN032 MTP-5 IT Lieni 2007.10, description: , coords: 45.1632, 7.7515, soundId: null } , { id: 40, name: SN034 MTP-5 IT Aeroporto Internazionale Leonardo da Vinci di Fiumicino 2009.07, description: , coords: 41.8430, 12.2656, soundId: null } , { id: 41, name: SN035 MTP-5 RU Norilsk Roshydromet 2007.01, description: , coords: 69.3325, 88.2039, soundId: null } , { id: 42, name: SN036 MTP-5 RU DIEM 2007.11, description: , coords: 51.7781, 55.0977, soundId: null } , { id: 43, name: SN037 MTP-5 RU Roshydromet 2007.12, description: , coords: 53.4833, 49.5167, soundId: null } , { id: 44, name: SN038 MTP-5 RU NPS 2007.12, description: , coords: 59.8833, 29.1001, soundId: null } , { id: 45, name: SN039P MTP-5 AU Perth airport 2009.06, description: , coords: -31.9274, 115.9758, soundId: null } , { id: 46, name: SN040 MTP-5 RU MSU Faculty of Physics 2007.12, description: , coords: 55.7009, 37.5304, soundId: null } , { id: 47, name: SN041 MTP-5 RU MSU Faculty of Physics 2007.12, description: , coords: 55.7351, 36.8489, soundId: null } , { id: 48, name: SN042 MTP-5 RU Begishevo aeroport 2008.03, description: , coords: 55.5657, 52.1051, soundId: null } , { id: 49, name: SN043 MTP-5 CH Beijing Railway Station, Beijing, China 2008.02, description: , coords: 39.9028, 116.4268, soundId: null } , { id: 50, name: SN044 MTP-5 KW KIRS 2012.12, description: , coords: 29.3401, 47.9077, soundId: null } , { id: 51, name: SN045 MTP-5 US PSCA 2008.05, description: , coords: 48.2457, -121.5870, soundId: null } , { id: 52, name: SN046 MTP-5 US PSCA 2008.05, description: , coords: 48.0605, -122.1633, soundId: null } , { id: 53, name: SN047 MTP-5 RU Roshydromet 2008.08, description: , coords: 55.0350, 82.9155, soundId: null } , { id: 54, name: SN048 MTP-5 RU Roshydromet 2008.08, description: , coords: 54.7547, 55.9895, soundId: null } , { id: 55, name: SN049 MTP-5 RU Roshydromet 2008.11, description: , coords: 59.9292, 30.2671, soundId: null } , { id: 57, name: SN051 MTP-5 RU Roshydromet 2008.11, description: , coords: 59.9494, 30.7124, soundId: null } , { id: 58, name: SN052 MTP-5 RU Roshydromet 2009.05, description: , coords: 47.2167, 39.7000, soundId: null } , { id: 59, name: SN053 MTP-5 RU Roshydromet 2009.09, description: , coords: 48.4695, 135.0717, soundId: null } , { id: 60, name: SN054 MTP-5 RU JSC Atomenergoproekt 2009.12, description: , coords: 58.4837, 41.5327, soundId: null } , { id: 61, name: SN055 MTP-5 RU Roshydromet 2009.06, description: , coords: 55.4000, 43.8167, soundId: null } , { id: 62, name: SN056 MTP-5 IT Palermo 2009.07, description: , coords: 38.1011, 13.2818, soundId: null } , { id: 63, name: SN057 MTP-5 RU IEM, 2011.04, description: , coords: 55.1107, 36.5983, soundId: null } , { id: 64, name: SN058 MTP-5 RU DIEM 2009.12, description: , coords: 51.7832, 55.0993, soundId: null } , { id: 65, name: SN059 MTP-5 CH Beijing Railway Station, Beijing, China 2010.02, description: , coords: 39.9007, 116.4338, soundId: null } , { id: 66, name: SN060 MTP-5PE US Alaska, description: , coords: 70.3539, -147.9603, soundId: null } , { id: 67, name: SN061 MTP-5 CH Jinan Central Station 2010.03, description: , coords: 36.6463, 117.0130, soundId: null } , { id: 68, name: SN062 MTP-5 RU Roshydromet 2010.12, description: , coords: 43.5917, 39.7209, soundId: null } , { id: 69, name: SN063 MTP-5 NO Nansen Environmental and Remote Sensing Center 2011.02, description: , coords: 60.3837, 5.3321, soundId: null } , { id: 70, name: SN064 MTP-5 RU Belgorod NRU 2011.11, description: , coords: 50.5939, 36.5774, soundId: null } , { id: 72, name: SN066 USA NASA 2011, description: , coords: 42.5552, -74.5817, soundId: null } , { id: 73, name: SN066 USA NASA JFK 2012.08-11, description: , coords: 40.6518, -73.7574, soundId: null } , { id: 74, name: SN067 MTP-5 IT ARPA Bolzano 2011.05, description: , coords: 46.4599, 11.3231, soundId: null } , { id: 76, name: SN069 MTP-5 RU Kaliningrad Nuclear Power Plant, description: , coords: 54.9354, 22.1605, soundId: null } , { id: 77, name: SN070 MTP-5PE RU AARI Roshydromet 2013.09, description: , coords: 79.3594, 101.8717, soundId: null } , { id: 78, name: SN072 MTP-5 RU Perm State University 2012.12, description: , coords: 58.0082, 56.1867, soundId: null } , { id: 79, name: SN073 MTP-5PE RU IMCES SB RAS 2012.06, description: , coords: 56.3900, 85.2158, soundId: null } , { id: 80, name: SN074 MTP-5 VN PCC2 2013.08, description: , coords: 11.4516, 109.0052, soundId: null } , { id: 81, name: SN076 MTP-5 CH Zhengjiang Academy of Forestry 2013.01, description: , coords: 30.2389, 119.7263, soundId: null } , { id: 82, name: SN096, description: strong>Organization: /strong>Thuringian State Institute for Environment and Geologybr /> , coords: 50.8840, 11.5960, soundId: null } , { id: 83, name: SN098, description: strong>Organization: /strong>Observatorium Wettzell, coords: 49.1450, 12.8775, soundId: null } , { id: 84, name: Madrid, description: , coords: 40.4170, -3.7060, soundId: 08579 } , { id: 85, name: Beijing, description: , coords: 39.9056, 116.3934, soundId: 54511 } , { id: 88, name: Torino, description: , coords: 45.0293, 7.6547, soundId: 16113 } , { id: 89, name: Badary observatory, description: , coords: 51.7700, 102.2340, soundId: null } , { id: 90, name: Mainz, description: , coords: 50.0142, 8.2569, soundId: 10618 } ; window.mtpSubPage null; window.mtpUrls { contactUs: /contact-us }; /script> script src/js/56d2444.js>/script> /body>/html>
Subdomains
Date
Domain
IP
www.mtp5.ru
2024-09-16
31.31.198.198
View on OTX
|
View on ThreatMiner
Please enable JavaScript to view the
comments powered by Disqus.
Data with thanks to
AlienVault OTX
,
VirusTotal
,
Malwr
and
others
. [
Sitemap
]