Lomonosov project . News . Collaboration . ... Mikhail Lomonosov . Scientific goals . ... Scientific equipment . ... Radiation tests of an objective lens of ShOK device were made at SINP accelerators. ... Total dose during this period represents accumulated dose during the supposed operation period of Lomonosov spacecraft at the orbit of 550 km altitude. ... Please enter your username or email address. You will receive a link to create a new password via email. ...
Lomonosov project . News . ... Mikhail Lomonosov . Scientific goals . ... Scientific equipment . ... UFFO . ... April 12, 2011 . The weight-dimension and thermal models of scientific equipment blocks of the spacecraft are delivered to R&D Institute of Electromechanics ? ... Discussed issues related to the flight model ofљ UFFO device. The scientific equipment systems were joined with UFFO block. ... Debugging and joining of scientific equipment with UFFO block were made. ...
Lomonosov project . News . ... Scientific goals . ... Scientific equipment . ... June 8, 2011 . ... Space platform, scientific equipment, ground control center (GCC), the variants of launching rocket were discussed. ... Discussed issues related to the supply flight models of scientific equipment blocks to VNIIEM. ... Thermal-vacuum tests of the tap node of electrical photomultiplier block ofљ TUS device were started. ... Thermal-vacuum tests of the technical model of BDRG device were started. ...
Lomonosov project . News . ... Mikhail Lomonosov . Scientific goals . ... UFFO . ... October 9, 2011 . The ?Lomonosov? project was presented at the Russian Science Festeval. ... The connecting operation between the scientific equipment of the Lomonosov project and scientific telemetric system was started at joint stock company ?Russian Space Systems?. ... The flying model of UFFO device has arrived. ... The ?Lomonosov? project was presented at the international aerospace show MAKS 2011. ...
Lomonosov project . ... Mikhail Lomonosov . Scientific goals . ... Magnetospheric particles and radiation conditions . ... Scientific equipment . ... Scientific payload of the ?Lomonosov? satellite will include a complex of the devices ELFIN-L and DEPRON for the studies of the processes of the charged particles penetration into the upper atmosphere of the Earth and for the analysis of the radiaiton conditions at low altitudes. ...
... Scientific goals . ... Magnetospheric particles and radiation conditions . Automatic gaze stabilization corrector . Scientific equipment . ... An automatic gaze stabilization corrector can give an example. This device allows to improve the quality of the cosmonaut?s visual control of the moving objectsљ under the conditions of microgravity. This device must compensate the signal developed by the vestibular system of the cosmonaut. ... an automatic gaze stabilization corrector. ...
Lomonosov project . ... Mikhail Lomonosov . ... The studies of Lomonosov determined profile of Russian science forever, and we appreciate the discoveries of the leading Russian scientists as the studies of his direct learners and successors. A recognized and the most significant input of Lomonosov into natural science is molecular-kinetic theory of heat, developed during the prevalence of theory of specific fiery matter ? ... Lomonosov?s theory drawn wide response in European science. ... Aurora. ...
... Scientific goals . Cosmic rays of extremely high energy . ... Magnetospheric particles and radiation conditions . ... Scientific equipment . ... An attempt to register cosmic rays of extremely high energy of ~10 19 -10 20 eV, i.e. in the region of GZK-cut-off, . Today in high energy region we have only limited and contradictory information about the energy spectrum and chemical composition of the particles. ...
... Scientific goals . ... Transient luminous events . ... Magnetospheric particles and radiation conditions . ... Scientific equipment . ... In the upper atmosphere between the clouds and the ionosphere (at the height of 10-70 km) there are observed short-time (duration from one up to hundreds of milliseconds) bursts of electromagnetic radiation within wide spectral range (from visual light up to UV and even X-ray and gamm-radiation). ...
... Scientific goals . ... Automatic gaze stabilization corrector . Scientific equipment . ... IMISS-1 . ... Comparing the measured and calculated values we?ll find out if it is possible to use microelectromechanical inertial measuring modules in an automatic gaze stabilization corrector , and calculate the value of changes of microsensors? instrumental errors under the space conditions as against the Earth ones. ...
Lomonosov project . ... Mikhail Lomonosov . Scientific goals . ... Magnetospheric particles and radiation conditions . ... Scientific equipment . ... ELFIN-L . ... It consist of a Flux Gate Magnetometer (FGM), an Energetic Particle Detector for Electrons (EPDE), and an Energetic Proton Detector for Ions (EPDI). ... Energetic particles create a hazardous environment for satellites and humans in space and cause a number of satellite failures. ... Magnetospheric particles and radiation environment . ...
... DEPRON device (Dosimeter of Electrons, PROtons and Neutrons) is intended for the measurements ofљ the absorbed doses and linear energy transfer spectra from high-energy electrons, protons and nuclei of space radiation, and for detecting of thermal and slow neutrons flux. ... Charged particles dosimeter based on semiconductor detector . ... For each detected particle an amplitude of impulse proportional to the energy lost by the particle in the detector?s track sensitive volume is registered. ...
... Information unit (BI) . ... Information block is developed in order to provide operation of the scientific equipment complex onboard the ?Lomonosov? satellite and its operative and flexible control during the execution of the scientific program.љ ... complicated scientific equipment, huge volume of scientific information storage, high-operative control of the equipment, therefore it was necessary to develop a special information unit. ... Data exchange rate, (interface Ethernet), Gbit/s . ...
Lomonosov project . ... Mikhail Lomonosov . Scientific goals . ... Gamma-bursts . ... Scientific equipment . ... BDRG . UFFO . ShOK . ... Three complexes of the equipment onboard the ?Lomonosov? satellite ( BDRG , ShOK and UFFO) will provide multiwave measurements of gamma-bursts necessary for the studies of their nature, i.e. measurements within the optic, gamma, X-ray and UV ranges of electromagnetic spectrum. According to: http://uffo.ewha.ac.kr/?mid=SpacecraftUFFO . ...
Lomonosov project . ... Mikhail Lomonosov . Scientific goals . ... Gamma-bursts . ... Scientific equipment . ... ShOK . ... Program of the experiment . ... ShOK device consists of two stationary fast wide-angle cameras. Their field of vision is situated within the area of gamma-bursts? detection of other instrumentation onboard ?Lomonosov? satellite. ... It must be emphasized that ShOK device will be the first orbital experiment with cameras of super-wide field. ...
Lomonosov project . ... Scientific goals . ... Gamma-bursts . ... Scientific equipment . ... BDRG . ... ShOK . ... Information unit (BI) . ... Three complexes of scientific equipment onboard ?Lomonosov? satellite will provide multi-wave measurements of gamma-bursts , which are necessary for the studies of the nature of these astrophysical sources. These complexes are BDRG, ShOK and UFFO providing gamma-bursts? measurements within optics, gamma, X-ray and UV-ranges of electromagnetic spectrum. ...
... Scientific goals . Cosmic rays of extremely high energy . ... Magnetospheric particles and radiation conditions . ... Scientific equipment . TUS . ... Orbital telescope TUS (Russian abbreviation for ?Tracking Instrument?) is intended for the observations ofљ UV radiation (300-400 nm wavelength)bursts in the night atmosphere of the Earth. ... Such space telescope will allow to detect UV radiation of the AUger showersљ from the particles, penetrating into the night atmosphere ? ...
Lomonosov project . ... Scientific goals . ... Gamma-bursts . ... One of the most mysterious phenomena in he Universe is gamma-burst ? ... These phenomena being the most powerful in the Universe occur not only in gamma-range, but also in optic and UV. Gamma-bursts were discovered in 60s years of 2oth century but only after 1997 were the optic emission of gamma-bursts was detected for the first timeљ it became clear that we deal with the most powerful processes in the Universe. ... Device BDRG . ...
Lomonosov project . ... Collaboration . ... Mikhail Lomonosov . Scientific goals . ... The principal and the main executor: M.V. Lomonosov Moscow State University (MSU,љ www.msu.ru ), including the following departments: . D.V.Skobeltsyn Institute of Nuclear Physics (SINP MSU, www.sinp.msu.ru ) . P.K.Sternberg Astronomical Institute (SAI MSU, www.sai.msu.ru ) . Institute of Mechanics (IMEC MSU, www.imec.msu.ru ) . ... Department of Physics, National Taiwan University . ...