logging in or signing up Gromov2006Rome Marigold Download Post to : URL : Related Presentations : Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Uploaded from authorPOINTLite Insert YouTube videos in PowerPont slides with aS Desktop Copy embed code: (To copy code, click on the text box) Embed: URL: Thumbnail: WordPress Embed Customize Embed The presentation is successfully added In Your Favorites. Views: 35 Category: Entertainment License: All Rights Reserved Like it (0) Dislike it (0) Added: October 12, 2007 This Presentation is Public Favorites: 0 Presentation Description No description available. Comments Posting comment... Premium member Presentation Transcript Submillimeter and millimeter-wave astronomy from ground and space in Russia Vladimir GromovSpace Research Institute Russian Academy of Sciences: Submillimeter and millimeter-wave astronomy from ground and space in Russia Vladimir Gromov Space Research Institute Russian Academy of SciencesOutline: Outline Prehistory: Relikt-1, Antarctic station Vostok (“best place”) General tendencies Ground-based instruments: BTA, Suffa Space projects: Millimetron (and Submillimetron) Supporting laboratory Research dust mesurements: BWO, FEL bolometer developments: CEB, 3He-cooling Conclusions. Cooperation.Relikt-1: Relikt-1 IKI “Prognoz-9". 1983-1984 (1/2 year)Anisotropy data that have been collected as of 1998: Anisotropy data that have been collected as of 1998Vostok: VostokAntarctic station Vostok: Antarctic station Vostok Computed atmospheric transmission, zenith, mean winter <t>= -70oC, <W> = 0 .2 mm, H=3488 m a.s.l.. Burova, Gromov et. al, P. Astron. J., 15, 339 (1986)BTA (1970) 6-m optical telescope, Russia: BTA (1970) 6-m optical telescope, Russia "Suffa" (200?) 70-m international radiotelescope Uzbekistan Millimetron Project: Millimetron Project Telescope diameter -12 m Spectral region 0.2 - 3 mm Mirror cooling T = 4 K Detectors: bolometer array, heterodyne receivers. Presented at 36-th Liege Int. Astrophys. Colloqium "From Optical to Millimetric Interferometry: Scientific and Technological Challenges", July 2001. Proc., pp. 99-102 . V. Gromov, N. Kardashev, "Space Submillimeter interferometer”. Submillimer Sky Survey Project: Aggregates compartment Solar panels Nonpressurized compartment Pressurized compartment Submillimeter Telescope bay (shields not shown) Antenna of docking system Docking assembly Submillimer Sky Survey Project Telescope diameter: D=0.6 m . Wavelengths: submillimeter bands: 0.2- 2 mm . Cooling: telescope - 5K, detectors - 0.1-0.25 K . Detectors: bolometer arrays 10-18 W/Hz1/2 Sensitivity of the telescope 3-12 mJy (integration time = 1 s). Angular resolution = 1’ - 10'Submillimeter telescope module: Submillimeter telescope module Russian segment of the ISS docked to Russian Segment of the ISS for service and instruments replacement Submillimeter telescope module RSCE S.P. Korolev Rocket Space Corp. Energia Leonid Gorshkov Sergey Stoiko Andrey AdovExtraterrestrial background : Extraterrestrial background Brightness I, for b>60o, 30 o<b<60 o, 10 o<b<30 o, and b= 0, l=180 o (from bottom to top). «Стандартная» модель пылинки (): «Стандартная» модель пылинки () Космическая пыль в стратосфере Фрактальная модельTHz Free Electron LaserSibir.Div. RAS: THz Free Electron Laser Sibir.Div. RASCold Electron Bolometer adapted for filled array: Cold Electron Bolometer adapted for filled arrayConclusions: From cooperation to international network integration: Conclusions: From cooperation to international network integration Russian teams IKI: mm-submm receivers/CMB, IR Lebedev I.: Millimetron Molec.spectroscopy RT70 Sufa IRE:Submm spectroscopy receivers Kapitza I.+IKI: Lab., bolometers Pulkovo+RATAN600 N.Novgorod:Molec.spect. Cooperation Ukraina Sweden, US Uzbekistan Holland (SRON) France, Sweden Finland Finland, Sweden You do not have the permission to view this presentation. In order to view it, please contact the author of the presentation.
Gromov2006Rome Marigold Download Post to : URL : Related Presentations : Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Uploaded from authorPOINTLite Insert YouTube videos in PowerPont slides with aS Desktop Copy embed code: (To copy code, click on the text box) Embed: URL: Thumbnail: WordPress Embed Customize Embed The presentation is successfully added In Your Favorites. Views: 35 Category: Entertainment License: All Rights Reserved Like it (0) Dislike it (0) Added: October 12, 2007 This Presentation is Public Favorites: 0 Presentation Description No description available. Comments Posting comment... Premium member Presentation Transcript Submillimeter and millimeter-wave astronomy from ground and space in Russia Vladimir GromovSpace Research Institute Russian Academy of Sciences: Submillimeter and millimeter-wave astronomy from ground and space in Russia Vladimir Gromov Space Research Institute Russian Academy of SciencesOutline: Outline Prehistory: Relikt-1, Antarctic station Vostok (“best place”) General tendencies Ground-based instruments: BTA, Suffa Space projects: Millimetron (and Submillimetron) Supporting laboratory Research dust mesurements: BWO, FEL bolometer developments: CEB, 3He-cooling Conclusions. Cooperation.Relikt-1: Relikt-1 IKI “Prognoz-9". 1983-1984 (1/2 year)Anisotropy data that have been collected as of 1998: Anisotropy data that have been collected as of 1998Vostok: VostokAntarctic station Vostok: Antarctic station Vostok Computed atmospheric transmission, zenith, mean winter <t>= -70oC, <W> = 0 .2 mm, H=3488 m a.s.l.. Burova, Gromov et. al, P. Astron. J., 15, 339 (1986)BTA (1970) 6-m optical telescope, Russia: BTA (1970) 6-m optical telescope, Russia "Suffa" (200?) 70-m international radiotelescope Uzbekistan Millimetron Project: Millimetron Project Telescope diameter -12 m Spectral region 0.2 - 3 mm Mirror cooling T = 4 K Detectors: bolometer array, heterodyne receivers. Presented at 36-th Liege Int. Astrophys. Colloqium "From Optical to Millimetric Interferometry: Scientific and Technological Challenges", July 2001. Proc., pp. 99-102 . V. Gromov, N. Kardashev, "Space Submillimeter interferometer”. Submillimer Sky Survey Project: Aggregates compartment Solar panels Nonpressurized compartment Pressurized compartment Submillimeter Telescope bay (shields not shown) Antenna of docking system Docking assembly Submillimer Sky Survey Project Telescope diameter: D=0.6 m . Wavelengths: submillimeter bands: 0.2- 2 mm . Cooling: telescope - 5K, detectors - 0.1-0.25 K . Detectors: bolometer arrays 10-18 W/Hz1/2 Sensitivity of the telescope 3-12 mJy (integration time = 1 s). Angular resolution = 1’ - 10'Submillimeter telescope module: Submillimeter telescope module Russian segment of the ISS docked to Russian Segment of the ISS for service and instruments replacement Submillimeter telescope module RSCE S.P. Korolev Rocket Space Corp. Energia Leonid Gorshkov Sergey Stoiko Andrey AdovExtraterrestrial background : Extraterrestrial background Brightness I, for b>60o, 30 o<b<60 o, 10 o<b<30 o, and b= 0, l=180 o (from bottom to top). «Стандартная» модель пылинки (): «Стандартная» модель пылинки () Космическая пыль в стратосфере Фрактальная модельTHz Free Electron LaserSibir.Div. RAS: THz Free Electron Laser Sibir.Div. RASCold Electron Bolometer adapted for filled array: Cold Electron Bolometer adapted for filled arrayConclusions: From cooperation to international network integration: Conclusions: From cooperation to international network integration Russian teams IKI: mm-submm receivers/CMB, IR Lebedev I.: Millimetron Molec.spectroscopy RT70 Sufa IRE:Submm spectroscopy receivers Kapitza I.+IKI: Lab., bolometers Pulkovo+RATAN600 N.Novgorod:Molec.spect. Cooperation Ukraina Sweden, US Uzbekistan Holland (SRON) France, Sweden Finland Finland, Sweden