21. Master Of Science Thesis Projects In Satellite Navigation And Space Geodesy Usin Summary of related research projects at Chalmers University of technology in Sweden. http://www.oso.chalmers.se/Courses/geo/exam/

22. Aviation Week's Aviation Week & Space Technology Directed energy weaponslasers and highpower microwavesare emerging from the black world of classified projects as the time nears for their debut on aircraft, vehicles, ships and eventually even spacecraft http://www.aviationnow.com/content/publication/awst/20020722/aw173.htm

PUBLICATIONS B2B COMMERCE JOBS REFERENCES ... STORE PUBLICATIONS Subscribe now! 2002 Aerospace Source Book 2001 Photo Issue 2001 Art Contest ... Subscribe now! July 22, 2002 Lasers, HPM Weapons Near Operational Status DAVID A. FULGHUM/LOS ANGELES and TUCSON, ARIZ. D irected energy weaponslasers and high-power microwavesare emerging from the black world of classified projects as the time nears for their debut on aircraft, vehicles, ships and eventually even spacecraft. One concept for an aircraft with directed energy weapons shows a laser being fired from the aft position in a C-130 and a high-power microwave device from forward of the wing. The first combat applications, probably involving high-power microwaves (HPM) used as antielectronics weapons, will appear within the next 4-5 years, say top Raytheon officials. A short, intense energy surge can scramble computer memories and damage electronic components. Raytheon is already involved in most of the major directed energy programs. The company is two years into a project that would put a laser weapon on Lockheed Martin's multiservice, F-35 Joint Strike Fighter. It also is one of the contractors asked to study the design of a high-power microwave weapon for Boeing's X-45 unmanned combat air vehicle (UCAV). Moreover, it has won the DD-X contract for next-generation U.S. Navy ships. Its electric drive will one day power a laser-based air defense system. An anti-personnel device using high-power microwaves to heat water in the skin can inflict enough pain to cause crowds to disperse.

23. Human Interface Technology Lab - Shared Space Shared space. The Human Interface technology Laboratory (HITLab) at the Universityof Washington and ATR Media Integration Communication in Kyoto, Japan join http://www.hitl.washington.edu/projects/shared_space/

home projects people publications ... papers Shared Space Shared Space: Collaborative Augmented Reality is a featured demo at the SIGGRAPH 99 Emerging Technologies Exhibition. http://www.hitl.washington.edu/share New Siggraph 2000 "Magic Book" Download: The HIT Lab is making available the Augmented Reality tracking libraries used as the basis for the Shared Space project and SIGGRAPH demo. The libraries use computer vision techniques to precisely calculate a camera position and orientation relative to a tracking marker. The programmer can then use this information to draw 3D virtual objects that are exactly aligned with a real object. The libraries are available here for the SGI IRIX and Windows (95,98,NT) platforms a nd come with sample source code, documentation and several simple applications. Papers: Billinghurst, M. and Kato, H. (1999). Collaborative Mixed Reality. In Proceedings of International Symposium on Mixed Reality (ISMR '99). Mixed RealityMerging Real and Virtual Worlds, pp. 261-284. http://www.hitl.washington.edu/publications/r-98-36/ Billinghurst, M., Kato, H., Weghorst, S. and Furness, T. A. (1999). A Mixed Reality 3D Conferencing Application (Technical Report R-99-1). Seattle: Human Interface Technology Laboratory, University of Washington. http://www.hitl.washington.edu/publications/r-99-1/

24. SPL Space Plasmas Description The space Physics Laboratory (LMSPL) is a Department within Lockheed Martin Missiles and space Company's Advanced technology Center. http://www.spasci.com/projects/sp_descrp.html

Space Plasmas Group The Space Plasmas Group investigates current research topics in space plasmas. Since the 1972 discovery of Oxygen in the Earth's magnetosphere by this group, we have been a leader in the investigation of plasma composition in the Earth's magnetosphere and near comets. We have flown plasma composition experiments on the ISEE DE AMPTE , and CRRES magnetospheric missions and we have been co-investigators on the Giotto cometary mission. Currently, we have operating composition experiments on the FAST and POLAR missions. Future missions include the IMAGE magnetospheric mission and the Rosetta cometary mission as well as collaboration on the Cluster magnetospheric mission. Other activities within our group include design of small, free-flying magnetometers for space applications, all sky imaging of the aurora from the Antarctic, and planning future space plasmas missions.

25. Human Interface Technology Lab - Research Areas HITLab projects. Cognition. VR Pain Control VR Therapy for Spider Phobia Collaborative.Shared space Virtual Playground Education. Learning in Virtual Environments http://www.hitl.washington.edu/research/

home projects people publications search research ... archive HITL Research Areas are umbrella categories that encompass multiple projects in similar application areas. If you are looking for an older project, take a look in our archive HITLab Projects Cognition VR Pain Control VR Therapy for Spider Phobia Collaborative Shared Space Virtual Playground Education Learning in Virtual Environments VR Effects Motion Sickness Hardware Engineering Study of an Endoscope Design Interactive VRD Low Vision Aid Micro-optical fabrication of a fiber scanning system ... Wearable Low Vision Aid Interfaces Collaboration Through Wearables HI-SPACE Multimodal Interfaces Virtual Mirrors Medical Expert Surgical Assistant Parkinson's Project Suturing Simulation Based on Fast Finite Element Analysis Virtual Prototyping of Medical Robotic Interfaces ... search

26. Page 404 Updated information on satellite, manned space flight projects, Earth observation and other peaceful application of space technology by the Canadian government. http://www.space.gc.ca/welcomee.html

Fichier introuvable File not found This page has been removed, moved or replaced. Check whether: - there is an error in the address used in the address bar. One mistyped character can lead to a “File not found” message. - your favorites (bookmarks) list needs to be updated (the page may have moved after being added to your list). A message has been sent to our webmaster concerning this missing page. We apologize for any inconvenience this may have caused. Vous pouvez cependant essayer de retrouver cette page en utilisant : la page d'accueil You can try to find this page by using the following : home page previous page

27. Space Projects - The Present - Introduction space projects SF Division The Past The Present The and other cryocoolers for spaceapplications that The Infrared Detector technology Development Program at http://spaceprojects.arc.nasa.gov/Space_Projects/ThePresent/

Space Projects: SF Division The Past The Present The Future Present Missions SSBRP The world's first complete gravitational biology laboratory in space will provide basic tools to conduct musculoskeletal, neurophysiology, developmental biology and genetic research on the whole organism and at the cellular level. Scientists from the nations around the world will have remote access to the space laboratory. read more... SOFIA "Sometime in 2005, in a clear, dry region on the very edge of space, a modified Boeing 747 SP will turn a massive 2.5-meter telescope to glimpse the infrared radiation emanating from planets, stars and the center of our galaxy-perhaps even from distant galaxies. Flying at more than 41,000 feet, well above 99 percent of the Earth's interfering water vapor, scientists aboard the world's largest airborne observatory will enjoy a view of the universe unmatched by any telescope on the ground." read more...

28. Projects Within Space Science And Technology Department space Science and technology Department, Rutherford Appleton Laboratory http://www.sstd.rl.ac.uk/SSD/Projects.html

Overview News Projects Space physics Atmospheric science Space ... People Projects within Space Science and Technology Department Alphabetical list of projects Atmospheric science Earth observation Solar system science Astronomy, astrophysics and fundamental physics Nautical Almanac HMNAO - Her Majesty's Nautical Almanac Office Radio Starlink - Computing service for UK Astronomers. Infra-red Darwin - Life on extra-solar planets Interferometer study. FMOS Fibre Multi Object Spectrograph IRAS - Infra-Red Astronomical Satellite. ISO - Infrared Space Observatory, ( guided tour Planck - Mapping of cosmic microwave background. SPIRE - Spectral and Photometric Imaging Receiver, part of the Herschel Space Observatory. Starlink - Computing service for UK Astronomers. UK Gemini Support Group Visible Starlink - Computing service for UK Astronomers. UK Gemini Support Group Ultra-violet IUE - International Ultraviolet Explorer. Starlink - Computing service for UK Astronomers. X-ray ROSAT - X-ray telescope.

29. Space Projects - Links Welcome to the space projects LINKS PAGE! Here are some links to related content.Cryogenic technology Development Program Pulse Tube Cooler; Magnetic Cooler; http://spaceprojects.arc.nasa.gov/Space_Projects/links.html

Welcome to the Space Projects LINKS PAGE! Here are some links to related content. Cryogenic Technology Development Program Pulse Tube Cooler Magnetic Cooler He3 Cooler ... Webmaster: Larry Kellogg Responsible NASA Official - Robert Hogan, Code SF Branch Chief To request information on this web site in a Section 508 accessable format, please contact access@mail.arc.nasa.gov Page Last Updated October 3, 2002

30. Globetechnology.com Your Canadian Source For Timely Technology Rather than fund massive projects like NASA's space shuttle program,alternative approaches using new technology may get a second look. http://www.globetechnology.com/servlet/ArticleNews/tech/RTGAM/20030202/wvent22a/

31. Projects Within Space Science And Technology Department The following projects at RAL do mesospheric studies, as do projects listed under Spaceobservation data handling technologies. Observation technology. http://www.sstd.rl.ac.uk/ssd/Projects.html

Overview News Projects Space physics Atmospheric science Space ... People Projects within Space Science and Technology Department Alphabetical list of projects Atmospheric science Earth observation Solar system science Astronomy, astrophysics and fundamental physics Nautical Almanac HMNAO - Her Majesty's Nautical Almanac Office Radio Starlink - Computing service for UK Astronomers. Infra-red Darwin - Life on extra-solar planets Interferometer study. FMOS Fibre Multi Object Spectrograph IRAS - Infra-Red Astronomical Satellite. ISO - Infrared Space Observatory, ( guided tour Planck - Mapping of cosmic microwave background. SPIRE - Spectral and Photometric Imaging Receiver, part of the Herschel Space Observatory. Starlink - Computing service for UK Astronomers. UK Gemini Support Group Visible Starlink - Computing service for UK Astronomers. UK Gemini Support Group Ultra-violet IUE - International Ultraviolet Explorer. Starlink - Computing service for UK Astronomers. X-ray ROSAT - X-ray telescope.

32. Projects Within Space Science And Technology Department The space Science and technology Department (SSTD) is part of RutherfordAppleton Laboratory (RAL). space projects. AMPTE Active http://www.sstd.rl.ac.uk/ssd/projectssort.html

Overview News Projects Astrophysics Atmospheric science Solar terrestrial ... People Projects within Space Science and Technology Department The Space Science and Technology Department ( SSTD ) is part of Rutherford Appleton Laboratory ( RAL Space projects AMPTE - Active Magnetospheric Particle Tracer Explorer. ASPERA-3 - energetic neutral atom imaging to study the loss of oxygen and water from the martian atmosphere. ATSR/AATSR - Along-Track Scanning Radiometer (ERS-1, ERS-2, ENVISAT). Badr-B - Cloud studies. Cassini/Huygens - Remote sensing probe to Saturn. CDHF - Cluster Coordinated Data Handling Facility. CDS - Coronal Diagnostic Spectrometer (SOHO). Cluster II - Spatial Structure of Solar Wind. CRRES - Chemical Release and Radiation Effects Satellite. Darwin - Life on extra-solar planets Interferometer study. D-CIXS - Demonstration Compact Imaging X-ray Spectrometer. EARTHSHINE - Earth-Sun-Heliosphere Interactions Experiment EOS - Earth Observing System FMOS - Fibre Multi Object Spectrograph GERB - Geostationary Early Radiation Budget (MSG-1).

33. Space Optics Manufacturing Technology Center - Current Projects Observatory, so they are desirable for space applications. Marshallspace Flight Center is advancing replicated optics technology. http://optics.nasa.gov/current.html

NGST - Next Generation Space Telescope Constellation X Cross-Enterprise Technology Development Program (CETDP) Fresnel Lens Technologies ... Adjustable Focus Optical Correction Lens NGST - Next Generation Space Telescope The Next Generation Space Telescope will be constructed using advanced optical technology that produces extremely light weight mirrors. Mirrors must become larger to collect light from fainter, more distant objects. Since the cost of launching satellites is a strong function of their weight, lighter mirrors mean smaller launch costs. Marshall Space Flight Center is testing new materials and assembly techniques to make giant reflectors for launch into space. Facilities involved: Optical Systems Design/Analysis Facility Precision Engineering/Diamond Turning Facility Optical Metrology Facility Constellation X Constellation-X is a collection of several orbiting x-ray telescopes coordinated to observe with the same power as a larger observatory. New types of mirror production are needed for this telescope. Metal x-ray mirrors replicated from a mandrel are much lighter and cheaper than glass, like the mirrors in the Chandra Observatory, so they are desirable for space applications. Marshall Space Flight Center is advancing replicated optics technology.

34. Space Optics Manufacturing Technology Center - Past Projects the Advanced Xray Astrophysics Facility - AXAF) the world's most powerful X-raytelescope, was launched on July 23, 1999 to view X-ray sources from space. http://optics.nasa.gov/past.html

The Chandra X-ray Observatory The Chandra Observatory (formerly called the Advanced X-ray Astrophysics Facility - AXAF) the world's most powerful X-ray telescope, was launched on July 23, 1999 to view X-ray sources from space. Astronomers must have this observatory in space because the Earth's atmosphere absorbs and blocks celestial X-ray radiation from reaching the ground. Chandra flies 200 times higher than the Hubble Space Telescope and its orbit takes it one third of the way to the Moon. The cylindrical glass mirrors in Chandra are the largest of their kind and the smoothest ever created. Chandra and its upper stage was the heaviest payload ever launched on the Shuttle. The Chandra design and development program was managed by MSFC. The observatory's telescope was tested and certified at the MSFC X-ray calibration facility. Solar X-ray Imager (SXI) SXI is designed to obtain a continuous sequence of corona X-ray images from the Sun to monitor solar activity for its effects on the Earth's upper atmosphere. It uses a Wolter grazing incidence mirror similar to the type in Chandra. SXI was assembled and tested at MSFC in the stray light facility and will be launched as part of a Geostationary Operational Environmental Satellite (GOES) weather satellite.

35. Space Elevator: Next Stop, Earth Orbit Work underway on magnetic levitation launch technology may give the space elevatoridea a At the Marshall space Flight Center, several projects are now http://www.space.com/businesstechnology/technology/space_elevator_001226.html

SEARCH: advertisement Space Elevator: Next Stop, Earth Orbit By Leonard David Senior Space Writer posted: 07:00 am ET 26 December 2000 WASHINGTON Consider it a stretch of the imagination or the ultimate high-wire act. All aboard the space elevator, to be whisked above Earth in an electromagnetic-powered cable car. Taking an elevator to space has largely been in the realm of science fiction more engineering fancy than fact. But recent studies suggest that a melding of space tether, magnetic levitation and carbon nanotube technologies could transform this "Jack and the Beanstalk" idea into a mass transit system for the 21st century space traveler. Images Super-strong carbon nanotubes may make space elevators feasible. Click-to-enlarge. More Stories Scientists Examine Artificial Gravity International Space Symposium: Pay-Per-View Satellites on Earth Patrol A New Laser For War And Peace Robofrogs: Hopping Robots Built for Mars Related Links SPACE.com Special Report: Space Architects, Designing Our Future in Space Uptown traffic Keep your mind open and think big.

36. Advanced Projects Map Future Of Spaceflight but researchers at Marshall say by then space travel will or prevent a lot of theseprojects from leaving time and corporate partners, this technology and the http://www.space.com/businesstechnology/technology/advanced_projects_000621.html

SEARCH: advertisement Advanced Projects Map Future of Spaceflight By Glen Golightly Houston Bureau Chief posted: 07:00 am ET 26 June 2000 Researchers at NASA are keeping the dream of the space frontier alive with advanced spacecraft designs that might eventually make space travel as common as air travel. The Advanced Space Transportation Program develops futuristic projects some still a vague idea or merely an artist's rendering to chart the course of human spaceflight. [quote] Ideas germinating at Marshall Space Flight Center in Huntsville, Alabama range from the fantastic, such as antimatter propulsion, to the actual lab tests of air-breathing rocket engines and magnetic-rail launching systems. More Stories Plasma Rockets Could Propel Man to Mars New Balloon Solves Science Dilemma Developers of Fiber Optics Snag Top Engineering Prize NASA Develops Robots to Build Space Station Multimedia Antimatter rocket The Future of Space Exploration? Plasma Rockets Could Propel Man to Mars: Space travelers may get a quicker trip to the Red Planet, and a safety edge, with plasma-powered engines. Will Nuclear Power Put Humans on Mars?

37. Akseli - TEKES Creating a functional network for space technology to enable the realisationof more extensive space technology projects in Finland. projects. http://akseli.tekes.fi/Resource.phx/plaza/tekes/tivi1-space-en.htx

Choose Automation Biotechnology Building Automation Business Chemistry Communications Technology Construction Electronic Commerce Electronics Energy Environment Food Technology Instrumentation Internationalisation Logistics Materials Mechanical Engineering Pharmaceutics Process Technology Production Technology Pulp and Paper Service Sector Software Space Technology Policy Telecommunications Well-being Wood Technologies What are Technology Programmes Cooperation with Technology Programmes ... Log in Space 2000 - Space equipment technology 1995-2000 The Space 2000 programme concentrated on the technology of space satellites and their ground support equipment. Its main target was to increase the opportunities of the Finnish space industry to carry out ESA projects, thus, enabling Finnish companies to be competitive. The total volume of the programme was EUR 16 million of which Tekes funded approximately 40 percent. The evaluation report of the programme as pdf was published in May 2001. Space technology covers a broad spectrum of challenging technologies. However, it is often based on the same technological solutions as earthbound applications. Space technology offers companies and research institutes opportunities to further apply and develop their expertise and products and to extend their markets to new, challenging fields of application. Objectives Developing the international competitiveness of the Finnish space equipment industry, especially in the satellite projects of

38. Resources For Educators Social Studies. Learning space projects High School; University of St. Special NeedsStudents; Sites relating technology, education, and people with disabilities; http://www.globalclassroom.org/resource.html

Resources For Educators Kids@work: Math in the Cyberzone by Patti Weeg Administrators Art Business Ed Curriculum Standards ... Writing More Resources from the Globalclassroom Resources from ECELL 2000 Resources from ACES II - Hawaii '99 Globalclassroom Projects - Millennium Minds listing Delmar School Resources Interactive Math Sites - Java Math Games - list of links Finding Global Partners Staff Development Courses The Internet and Curriculum Connections The Internet in Education Introduction to Web Pages Cultivating Learners - 5 day workshop in Hawaii, July 1998 Aiea Complex Electronic Solutions II, July 6-9, 1999 Oahu, Hawaii "Millennium Minds" Cape Town, South Africa - September 29-October 2, 1999 Electronic Collaborative Educational Learning Laboratory (ECELL) 2000 Oahu, Hawaii, June 26-30, 2000 Professional Reading - ECELL 2000 top Start Your Morning with... CNN News WeatherNet PBS OnLine The Washington Post ... top On Your Way to the Global Community Times Around the World How Far Is It? - excellent site for latitude and longitude Latitude and Longitude USA Latitude and Longitude Other Countries World Time Zones Sunrise/Sunset/Twilight and Moonrise/Moonset/Phase Converting Celsius to Fahrenheit and Pounds to Kilograms Convert Meters to Feet ... top Look Here For Projects and Lesson Plans KIDLINK (for students through secondary school) KIDLINK and Curriculum Objectives Classroom Connect Passport to Knowledge ... I*EARN International Education and Resource Network Global Quest II K-12 Classroom Projects - Fermi National Accelerator Laboratory

39. NASA's Flight Projects Directorate At MSFC on space elevator concepts and technology include the additional information contactthe Advanced projects Office at the NASA Marshall space Flight Center http://flightprojects.msfc.nasa.gov/fd02_elev.html

Space Elevator Concept Home FD 02 Click HERE for the (Space Elevator: An Advanced Earth-Space Infrastructure for the New Millennium) report (file is in PDF format). You may download the graphic above by clicking the following links: 28x28 inches (1 meg) 53x53 inches (8 meg) you may need to open this file in a graphics editor for proper colors Space Elevator Technology: The Space Elevator concept is a structure extending from the surface of the Earth to geo-stationary Earth orbit (GEO). Its center of mass is at GEO such that the entire structure orbits the Earth in sync with the Earth’s rotation maintaining a stationary position over its base attachment at the equator. It is envisioned that such a structure would be used as a mass transportation system in the latter part of the 21st century for transporting people, payloads, gasses and power between Earth and space. The above illustration for a Space Elevator concept is taken from the geo-stationary transfer station looking down the length of the elevator structure towards Earth. Electromagnetic vehicles travel the length of the elevator to transfer passengers and cargo between Earth and space. Large reels with high strength cables work back and forth to provide adjustments to the position of the geo station and an asteroid counter weight above (not shown) to maintain the center of mass for the entire structure at a geo-stationary point above the Earth. Research into the feasibility of space elevators indicates that there are Five Key Technologies for Future Space Elevator Development:

40. Aerospace Technology - Industry Projects XMMNewton - space Telescope, International. Turboprop Aircraft. Aerospace TechnologyHome, Aerospace Industry projects, Aerospace Industry Products and http://www.aerospace-technology.com/projects/

Airbus Industrie ACJ Corporate Jetliner, Europe Boeing Business Jet (BBJ) Long Range Business Jet, USA Boeing Business Jet 2 (BBJ 2) Long-Range Business Jet, USA Bombardier Challenger 300 Super Midsize Corporate Business Jet, Canada Airbus Industrie ACJ Corporate Jetliner, Europe Boeing Business Jet (BBJ) Long Range Business Jet, USA Boeing Business Jet 2 (BBJ 2) Long-Range Business Jet, USA Bombardier Challenger 300 Super Midsize Corporate Business Jet, Canada ... Terms and Conditions

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