... Maps of six sources (0420+022, 0420-014, 1308+326, 1345+125, 1803+784, and DA 193) obtained with milliarcsecond resolution are presented and discussed, together with their broadband (1­22 GHz) spectra obtained on the RATAN­600 radio telescope at epochs close to those of the VLBI observations. ... The image (Fig. 5) shows that the source structure at 18 cm is compact, consisting of a VLBI core and two jet components, with the outer component lying 5 mas (30 pc) to the northwest of the core ( = 54 ). ...

... GCR and SCR are primary cosmic rays. 10-15 years after the discovery of cosmic radiation (1919) there emerged two main avenues of investigation in the physics of cosmic rays (CR): 1) nuclear - elucidation of the origin of elementary particles and nuclear interactions; and 2) astrophysical (space physics) - solution of the problem related to the origin and variations (changes in intensity) of CR. ... Besides, the CR flux in interplanetary space is, strictly speaking, not isotropic. ...

The low aspect ratio, or spherical tokamak Globus-M [1] has recently been built in a support of international spherical tokamak plasma investigation program. ... The survey to determine the work scope in diagnostic design for Globus-M is given in the paper. ... The next one is an advanced diagnostic set intended to supply the data on basic plasma parameters: electron temperature and density profiles, ion temperature, plasma composition, radiation profile, Zeffective. ... Magnetic Diagnostics. ...

... history, facts, technology, space ships . Posted by Alex under Russian Astronauts . ... В 1968 году окончил Военно-Воздушную академию им. Н.Е. Жуковского. ... Gagarin Jury Alekseevich ? ... The first astronaut of a planet. ... To Gagarin award a gold medal it. ... He have many awards of the various countries of the world. ... In honour of the first cosmonaut of the world are annually spent Gagarin readings. ... In Moscow will erect an obelisk in honour of the first cosmonaut of the world. ...

... The OC "Mir" orbit parametres before the final burns . ... Orbit period (in min) . ... Mean orbit altitude (km) . ... solar F 10.7 flux . ... F 10.7 <= 100 - low level; 100 < F 10.7 < 150 - medium level; F 10.7 >= 150 - high level . Orbit 86328(15) - the first burn bulding the descent orbit  D V 1 =9.3 m/s. After burn altitude H min = 188.2 km, H max = 219.2 km. Orbit 86329(16) - the descent orbit second impulse D V 2 =10.4 m/s. After burn altitude H min = 158.9 km, H max = 218.5 km. ...

[invalid parameters to operator level]

... Новости Астрономии и Космонавтики: от ПРАО , от "Звездочета" , от Железнякова , от "Переплета" ; . ... Рейтинг страниц в теме: . ... В списке темы всего страниц: 27 , из них 14 новых (менее 100 дней) и 13 малооцененных (менее 5 оценок) . ... Оценено и сдано в архив! . ... Курс общей астрономии' (4-е издание, для высших учебных заведений) NEW! ... Основы астрономии (учебный курс на базе основ физики и математики) NEW! ... Наука Астрономия New! . ... Астрономия и телескопостроение: библиотека New! ...

... La nouvelle est franche et massive : Г 20 annГїes-lumiГЕre d'ici, une "super-Terre" orbite autour de son Гїtoile ! ... L'annonce est passionnante, parce qu'il est clair que l'Гїtau se resserre de plus en plus autour de la premiГЕre "vraie sЕ'ur" de la Terre. Une planГЕte de mГ?me masse, orbitant autour dв??une Гїtoile identique au Soleil, Г la mГ?me distance que nous le sommes de l'astre du jour. ... Un temps infiniment long au regard de la vitesse de la lumiГЕre dans le vide. ...

... Imaging GRIN Rod Lens (HAG's) | Relay Rod Lens (LAG's) | ... The Refractive Index Distributions (RID) in GRIN lens preforms are made by multi-stage optimized ion-exchange diffusion between silicate mineral glasses and salt melts. ... In the LAG lenses - L ow A perture GRIN the nature of the changing of refractive index in glass via ion-exchange lies mainly in molecular volume increase. ... LAG lenses are specially treated to create the dark anti-flick surface coating (Fig.2). ...

. The contents you are looking for have moved. You will be redirected to the new location automatically in 5 seconds. Please bookmark the correct page at http://www.indiana.edu/~wmhelp/new-directory