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Microgravity:     more books (100)

Seventh International Symposium on Experimental Methods for Microgravity Materials Science CHARACTERIZING OSTEOBLAST MINERALIZATION USING FTIR: EFFECT OF SIMVASTATIN AND SIMULATED MICROGRAVITY ON OSTEOBLAST MINERALIZATION USING FOURIER TRANSFORM INFRARED SPECTROSCOPY by Alka Potdar, 2010-05-20 Microgravity research opportunities for the 1990s (SuDoc NAS 1.26:199109) by NASA, 1995 JOURNAL OF THE British Interplanetary Society: MICROGRAVITY / SPACE ASTRONOMY, Volume 46, No. 3, March 1993. by L. J. (Editor) Carter, 1993-01-01 Microgravity: A Teacher's Guide with Activities in Science, Mathematics, and Technology Toward a Microgravity Research Strategy by National Research Council . Research, 2009-12-28 Microgravity Transport Processes in Fluid, Thermal, Biological, and Materials Sciences. Annals of the New York Academy of Sciences Volume 974 by S. S., ed Sadhal, 2002 Proceedings of the First Workshop on Containerless Experimentation in Microgravity, January 17-19 (SuDoc NAS 1.26:187806) by NASA, 1990 Venoconstrictive Thigh Cuffs Impede Fluid Shifts During Simulated Microgravity by Kjell N. Lindgren, 1997 Microgravity Research in Support of Technologies for the Human Exploration and Development of Space and Planetary Bodies by Committee on Microgravity Research, Space Studies Board, et all 2000-07-03 Solidification and Microgravity (Materials Science Forum,) by Barczy, 1992-01 Topics in Heat Transfer: Microgravity Heat Transfer and Flow/Heat Transfer in Space Energy Systems/Nonconventional Heat Pipe Systems/Heat Transfer I by R.S. Downing, L. Haas, et all 1992-07 SPACE SHUTTLE MISSION STS-87: PRESS KIT, NOVEMBER 1997: UNITED STATES MICROGRAVITY PAYLOAD-4: SPARTAN-201 by National Aeronautics and Space Administration, 1997-01-01 Microgravity a Teacher's Guide with Activities in Science, Mathematics, and Technology Grades 5-12

lists with details

81. MIR-MicrogravityInterdisciplinaryResearch
    MIR microgravity Interdisciplinary Research. This website is temporarily unavailable.  
    http://mir.v2.nl/

82. DragonflyTV . Discover DFTV . Earth And Space . Microgravity | PBS Kids Go!
    Use this space science investigation as a science fair project idea for your elementary or middle school science fair! Then tell us about it!  
    http://pbskids.org/dragonflytv/show/microgravity.html
    
    Extractions: Who doesn't love rollercoasters? We could spend days on them! Your stomach jumps into your throat and you feel like you're floating. That feeling is weightlessness, which is kind of like what astronauts feel in space. Astronauts call it microgravity, because during the fall you feel only a tiny amount of gravity's pull. We wondered: how do ordinary things behave in microgravity? We searched NASA's Web site and found a way to test what microgravity is like. We made a "drop box" from a regular plastic storage container. We dropped it over a ledge and into an inflatable swimming pool. The height of the ledge was about 5 meters, enough to give us about 1 second of microgravity. We put a fizzing seltzer tablet in the drop box to see what happens to bubbles in microgravity. Second, we put a walking wind-up toy in the box, to see what it does. Last, we wondered what it would be like to ride on a swing in space. We put a small swinging pendulum in the box. We had a wireless video camera inside the box so we could see what happened during the drop. We played back the video in slow motion. Before the drop, we saw the fizzy bubbles rising. Then they just stood still during the drop! Bubbles don't float up in microgravity! The walking toy walked like normal during microgravity, although it started to lift up off the floor of the box a little bit, like it was floating. The swinging pendulum was swinging back and forth right before the drop, but then the pendulum swung all the way around in one direction in microgravity.

83. Microgravity Science & Applications Program Tasks And Bibliography For FY 1995
    For more general information regarding the microgravity Science Applications Program Tasks and Bibliography for FY 1995 try the Introduction, Task Summary  
    http://taskbook.nasaprs.com/peer_review/taskbook/micro/mtb.html
    
    Extractions: Return to Task Books On-Line link Introduction Task Summary ... Acronyms , and PI Addresses Example: To find all of the peer-reviewed projects or tasks in Fluid Physics that are either Flight Research or Ground Based, click the Fluid Physics, Flight, and Ground boxes, then click the Search button below to submit. Principal Investigator: First Middle Last Affiliation: Title: Discipline: Biotechnology Combustion Science Fluid Physics Low Temperature Microgravity Physics Materials Science Responsible Center: GSFC JPL JSC LARC LeRC MSFC Type: ATD Flight Ground State (2 letter Abbr.): Congressional District: Keyword: Click to Submit or Return to Task Books On-Line NASA / OLMSA Research Opportunities

84. Microgravity Science & Applications Program Tasks And Bibliography For FY 1996
    For more general information regarding the microgravity Science Applications Program Tasks and Bibliography for FY 1996 try the Introduction,  
    http://taskbook.nasaprs.com/peer_review/taskbook/micro/mg96/mtb.html
    
    Extractions: Return to Task Books On-Line link Introduction NASA/NIH Inter-Agency Agreement ... Acronyms , and PI Addresses Example: To find all of the peer-reviewed projects or tasks in Fluid Physics that are either Flight Research or Ground Based, click the Fluid Physics, Flight, and Ground boxes, then click the Search button below to submit. Principal Investigator: First Middle Last Affiliation: Title: Discipline: Biotechnology Combustion Science Fluid Physics Fundamental Physics Materials Science Responsible Center: GSFC JPL JSC LARC LeRC MSFC Type: ATD Flight Ground Technology Transfer State (2 letter Abbr.): Congressional District: Keyword: Click to Submit or Return to Task Books On-Line NASA / OLMSA Research Opportunities

85. Microgravity
    microgravity s Effects on Biological Systems and Behavior An Integrative Approach Alpatov AM, Rietveld WJ, Oryntaeva LB Impact of microgravity and  
    http://www.mbl.edu/CASSLS/Microgravity.html
    
    Extractions: Alpatov, Alexey Goolish, Ed Prisk, G. Kim Altshuler, Douglas ... Horn, Eberhard Riewe, Pascal Bingham, Gail Ijiri, Kenichi Ronca, April Blazis, Diana ... Kley, Nate Shah, Sarita Brainerd, Elizabeth Knierim, Jim Smart, David Chapman, Barbara LaDuc, Travis Souza, Ken Clement, Gilles ... Cohen, Bernard Monti, Ryan Wade, Charlie Conlin, Julie Moore, Steven Warren, Liz ... Fejtek, Monika Okutake, Ken Wiederhold, Michael Fritzsch, Bernd O'Reilly, Jim Yamashita, Masamichi ... Gavrilova-Ruch, Oxana Alexey M. Alpatov click here to view abstract Current Position: Head of Laboratory for Gravitational Biology Degrees and Postdoctoral Experience: Ph.D. in Aerospace Medicine (1982) Primary interest in space and gravitational biology: Biological clock in altered gravity; Adaptation to microgravity; Integrative approach in gravitational biology. List major space flight or parabolic flight experiments: Biological experiments with multiple species aboard Russian unmanned satellites (BION # 6-11, ) 1881-1998; beetles on Mir orbital station (delivered by US Shuttle).

86. B.USOC - Microgravity
    The condition of microgravity comes about whenever an object is in free microgravity, which can be fully utilized in space, can also be utilized on  
    http://www.busoc.be/microgravity.en.htm
    
    Extractions: Contact Research Topics News Links Microgravity What is Microgravity? Gravity is a force that governs motion throughout the universe. It holds us to the ground, keeps the Moon in orbit around the Earth, and the Earth in orbit around the Sun. Many people mistakenly think that there is no gravity above the Earth's atmosphere, i.e., in "space," and this is why there appears to be no gravity aboard orbiting spacecraft. Typical orbital altitudes for human spaceflight vary between 192 and 576 km above the surface of the Earth. The gravitational field is still quite strong in these regions, since this is only about 1.8% the distance to the Moon. The Earth's gravitational field at about 400 km above the surface maintains 88.8% of its strength at the surface. Therefore, orbiting spacecraft, like the Space Shuttle or Space Station, are kept in orbit around the Earth by gravity. The nature of gravity was first described by Sir Isaac Newton, more than 300 years ago. Gravity is the attraction between any two masses, most apparent when one mass is very large (like the Earth).

87. Microgravity Research
    In collaboration with NASA s Marshall Space Flight Center, microgravity applications in Crystals produced in microgravity have augmented and enhanced  
    http://www.newcenturypharm.com/microgravity.htm
    
    Extractions: Company Albagen Drug Design Contact Microgravity Research In collaboration with NASA's Marshall Space Flight Center, microgravity applications in protein crystal growth provide further opportunity for scientific and commercial research available through an extensive and on-going flight series. Crystals produced in microgravity have augmented and enhanced macromolecular structure-oriented research for an international group of co-investigators, representing both academia and industry. Contact New Century Pharmaceuticals, Inc. for more information about these and other NASA programs.

88. OSUMFT - The Program
    The combined OSU and Western Oregon University microgravity Flight Teams are running a Physics Oregon State University microgravity Flight Team  
    http://groups.engr.oregonstate.edu/microgravity/
    
    Extractions: Physics Feasibility Test of a Zero-Criticality Fluidized Bed Space Reactor This is the sixth year a team from Oregon State University has been selected to participate in NASA's Reduced Gravity Student Flight Opportunities Program. The combined OSU and Western Oregon University Microgravity Flight Teams are running a Physics Feasibility Test of a Zero Criticality Rotating Fluidized Bed Space Reactor. In addition to designing, constructing, and presenting the experiment, the team members are also full time undergraduate students. We are currently seeking sponsorship to fund the following endeavors: project assembly, travel, the creation of outreach opportunities for middle and high school students, presentations to the academic community, professional societies, and the general public. If you are interested in participating in our outreach programs, sponsoring our te am, or just have general questions, please feel free to

89. Microgravity Activitites
    The Austrian Space Agency, ASA, established by the Federal authorities in Vienna in 1972, serves as a focal point for the coordination of space activities  
    http://www.asaspace.at/topics/spaceflight.htm
    
    Extractions: 26 March 2004: Information Meeting on the 2004 ESA Announcement for Life Science Research on the International Space Station Agenda (pdf, 120kb) List of Participants (pdf, 26kb) Status Austrian Space Life Science Activities - ASA (pdf, 120kb) Status ELIPS Programm - Mr. Heppener, ESA (pdf, 1Mb) ... 2004 ILSRA Announcement - Mr. Sundblad, ESA (pdf, 140kB)

90. Microgravity Activitites
    ESA s microgravity Programme and microgravity Research Activities in Austria The ESA microgravity programme will be described (incl. use of research  
    http://www.asaspace.at/events/prg20001106.html
    
    Extractions: Starting with the first Spacelab Mission in 1983 and later during the Austromir Project and as participants in several Space Shuttle and Russian MIR/Bion/Foton missions, Austrian researchers have been involved in microgravity activities, conducting experiments in space life sciences, material sciences and exobiology. The International Space Station will offer exciting, new research opportunities in the microgravity environment on a frequent basis. Austria is currently not participating in the ISS programme, nor in the ESA microgravity programme. This event, for the first time, will bring together ESA experts and interested Austrian researchers to discuss participation opportunities in the ESA microgravity programme. The ESA microgravity programme will be described (incl. use of research facilities available on the ground and in space, institutional framework, ongoing activities covering a broad range of research fields etc.) and participants will have the opportunity to shortly present and overview of their own ongoing or planned research activities.

91. Astrobiology: The Living Universe - Physiological Effects Of Weightlessness
    longterm exposure to microgravity can trigger detrimental physiological the physiological effects of microgravity would be compounded tenfold.  
    http://www.ibiblio.org/astrobiology/index.php?page=adapt02

92. Microgravity Fiber-Pulling Apparatus
    Operation in microgravity has demonstrated that some of the conventional Components of the microgravity FiberPulling Apparatus include a source of  
    http://www.nasatech.com/Briefs/Dec98/MFS26503.html
    
    Extractions: Reader Forum A method to process optical fiber composed of glass systems has been developed in support of the space shuttle and Space Station programs. This process, known as the Microgravity Fiber-Pulling Apparatus, was designed to operate in a microgravity environment. It has the unique capability to produce heavy-metal glasses through the reduction of nucleation and allows low viscosity to be handled more easily. Optical fibers, such as the heavy-metal fluoride glasses, are usually very difficult to process in ground-based operations because the glass has inherent characteristics such as low viscosity, a narrow working range, and a tendency to form crystallites during processing. Operation in microgravity has demonstrated that some of the conventional methods used in Earth-based fiber-forming processes will not function properly in a weightless environment. For example, the gravitational force necessary to initiate the fiber draw is not present in space. The components of this fiber-pulling apparatus include a source of the glass (preform), a sting to initiate the fiber-drawing process, a coating applicator for ultraviolet-curable cladding, an ultraviolet lamp, and a reel to place the drawn fiber on after it has been cooled. These components are shown in the figure.

93. Fluid Mechanics
    Fort and operated out of the Johnson Space Center in Houston, and the microgravity Materials Science Program under the direction of Dr. Mike Wargo.  
    http://www.geology.yale.edu/~jw378/fluid_mech/fluid_mech.html
    
    Extractions: This work involves a phenomenon of broad scientific and practical interest: The tuning of splash ejecta. Many people have seen Edgerton's 1954 high-speed photographs of a drop hitting a liquid surface which creates a "crown of thorns" produced by the impact. The height of the central "Worthington jet" can be tuned via the velocity of the impactor and the thickness of the target fluid. Physics undergraduates Dorothy Caplow and Lisa Couret have investigated how Edgerton's experiments would need to be done in the absence of gravity. The images below show some results of their experiments on NASA's Boeing KC-135A turbo jet parabolic flight program. Small droplets (4 mm in diameter) are launched into a liquid film ( 8 mm in depth) and their dynamics are captured on high-speed video. The flights allowed approximately 30 seconds of zero gravity and similar intervals of 2 g. The initiation of the aircraft free fall creates inertial ringing in the fluid superposed upon which is a higher frequency "g-gitter". Dramatic changes are seen in the height of the Crown and the Worthington jet relative to those in 1 g.

94. Ask The Microgravity Scientist
    Relations Ask the microgravity Scientist is a volunteer effort by staff at the microgravity Sciences Division ( http//microgravity.grc.nasa.gov/ ) at  
    http://www.vrd.org/locator/sites/microgravity.shtml
    
    Extractions: Audience: Description: Ask the Microgravity Scientist accepts questions on the science of microgravity (weightlessness) and its effects on physical phenomena only; the service does not answer questions on the effects of weightlessness on biological matter. Other features of the site include an archive of previously asked-and-answered questions, space news, microgravity experiments, activities, and teachers' guides,and a microgravity photo gallery. Answer Policy: Ask the Microgravity Scientist typically responds to questions within one week. Keywords: Language: English Relations: Ask the Microgravity Scientist is a volunteer effort by staff at the Microgravity Sciences Division ( http://microgravity.grc.nasa.gov/ ) at NASA's John H. Glenn Research Center at Lewis Field ( http://www.grc.nasa.gov/

95. Microgravity Applications
    microgravity has been proven to be of value in monitoring the depletion of Advances in acquisition techniques now means that microgravity has become a  
    http://www.esci.keele.ac.uk/geophysics/Research/Gravity/applications.html
    
    Extractions: Advances in acquisition techniques now means that microgravity has become a viable exploratory tool for the archaeologist. As with other applications the method focuses on missing mass. Therefore, microgravity can and has been utilised in the search for burial chambers and associated tunnels. As the method of data collection is totally passive archaeologists need not fear any form of disturbance over sensitive sites. top C Microgravity is the only surface geophysical method that will provide the location of such karstic features regardless of their shape or fill provided a sufficient density contrast exists. Cavities constitute a considerable hazard to development and redevelopment and any migration to the surface may seriously damage property and services. Such features need to be positively identified prior to any engineering design and construction.

96. Microgravity
    microgravity is the name that has been adopted for very high resolution microgravity surveys are typically used to detect subsurface cavities or  
    http://www.esci.keele.ac.uk/geophysics/Research/Gravity/
    
    Extractions: This site introduces basic concepts of gravity, from Newton to Bouguer, and allows the user to perform a selection of surveys and to calculate the gravity anomaly over a void. The applications section shows that microgravity technology is not restricted to cavity detection. A series of recent case studies are also provided to illustrate the power of the technique. More specific advice is always by contacting us. Microgravity is a geophysical method that measures minute changes in the force of the earth’s gravity. With modern equipment and careful field procedures it is now possible to measure gravity changes as small as 1 part in 1,000,000,000. Changes in gravity measured at the earths surface reflect the underlying geological structure, hence the accurate determination of gravity leads to an understanding of the ground beneath. It has been established that microgravity is an accurate and reliable method for detecting underground cavities, both natural and manmade. The application of this technique however is not restricted to void detection. High resolution gravity has been used to monitor fluid flow in oil and geothermal reservoirs and to monitor aquifer recharge and depletion. Traditional gravity surveying as used in the oil and minerals industries has been given greater resolution by the use of microgravity acquisition and processing methods. Did you know?....

97. AEM MicroGravity Projects
    Coalescence Criteria of a Liquid/Liquid Interface In Micro and Macro-Gravity Effects of microgravity on Random Close Packing Arrangements Part III  
    http://www.aem.umn.edu/proj-prog/sfo/
    
    Extractions: For the a number of years, we have had two AEM student teams from the University of Minnesota , one group in fluids area and the other group in the solids/materials area, participate in the Reduced Gravity Student Flight Opportunities Program sponsored by NASA's Johnson Space Center. Students design experiments to be performed on the NASA KC-135 aircraft, which is used for astronaut training, as well as experiments, which require short periods of reduced gravity. The students typically travel to Texas to undergo training around March or April each year, for a nine-day period. During this time period, they perform their inflight experiments while the aircraft is performing maneuvers which produce microgravity for about 30 seconds. The flight path of the aircraft is like a roller coaster and student will experience relatively large "g" forces as well as reduced gravity. Students that have participated in the program the last several years have found the ride very exciting and the experience of a lifetime. Yearly projects of the students are listed below. This experience is now available commercially.

98. The Drop Tower Microgravity Demonstrator
    The microgravity Demonstrator apparatus, described by Rogers and Wargo 1 is a Table 1 Suggested List of items needed for the Drop Tower microgravity  
    http://www.rpi.edu/locker/56/000756/DropTower/DropTowerDocument.html
    
    Extractions: Modern research-scale drop towers provide scientists with brief periods of low-gravity free-fall conditions in which a wide variety of scientific experiments can be conducted. It is shown here that affordable classroom-scale drop towers can assist in science education by demonstrating a wide range of physical principles in a high-impact, attention-getting manner. The equipment described here can be constructed for as little as a few hundred dollars, and when combined with readily available televisions and video tape recorders, make an excellent classroom teaching aid. Introduction The concept of a portable classroom drop tower was first popularized by (if not introduced by) NASA’s Lewis Research Center. The Microgravity Demonstrator apparatus, described by Rogers and Wargo [ ] is a portable and compact demonstration kit that fits entirely into a trunk—television and all. While of excellent design, the NASA hardware is largely custom-machined, is expensive, and in short supply. Rogers and Wargo offer some basic advice on building your own drop tower, which can be found in the above referenced description of the Microgravity Demonstrator The design described here picks up where the original NASA design leaves off by providing a portable, yet inexpensive and easy to construct apparatus. Some schools have televisions and video tape recorders already available, allowing costs for the drop tower to be limited to as little as $200 to $300 (for parts) depending on the choice of the video camera.

99. Kids Domain Downloads - Microgravity Fall Into Mathematics
    (answers are included), and descriptions of four types of microgravity platforms. A fascinating overview of science history, and microgravity research,  
    http://www.kidsdomain.com/down/mac/microgravity.html
    
    Extractions: Description: MICROGRAVITY: FALL INTO MATHEMATICS This is an 8 page educational brief in PDF format. It gives a historical overview of the contributions of Galileo, Newton, and Einstein to gravity and microgravity, and thus to the development of the space program. There are 3 mathematical problems to try (answers are included), and descriptions of four types of microgravity platforms. A fascinating overview of science history, and microgravity research, with related math problems - for classroom use or research at home. Ages 12 up Download Details Requires:

100. Elsevier.com - Fluids, Materials And Microgravity
     Fluids, Materials and microgravity provides a solid basis of established knowledge ? through literature, fundamental studies, experimental methods,  
     http://www.elsevier.com/wps/product/cws_home/704347
     
     Extractions: Home Site map Regional Sites Advanced Product Search ... Fluids, Materials and Microgravity: Book information Product description Audience Author information and services Ordering information Bibliographic and ordering information Conditions of sale Book related information Submit your book proposal Other books in same subject area About Elsevier Select your view FLUIDS, MATERIALS AND MICROGRAVITY: Each year, universities and research centres ? most particularly the major space agencies such as NASA, ESA, and NASDA ? devote a vast amount of time and money into the research of materials behaviour and production in microgravity. Recently, the possibility of creating special alloys, inorganic and organic crystals, as well as biological (living) tissues in this condition has been investigated. Fluids, Materials and Microgravity provides a solid basis of established knowledge ? through literature, fundamental studies, experimental methods, numerical (basic and sophisticated) techniques ? as well as the latest in research advancements. Important for the prediction of material behaviour when exposed to the environment of space, this book explores the new knowledge provided by microgravity-based studies in producing unique inorganic, and organic materials on Earth (and in designing related new technological processes). A vital resource for any scientists interested in the understanding and modelling of the new important physical mechanisms disclosed by microgravity research, and in their possible effect on the production and behaviour of materials both in space and on Earth. A vital resource for any scientists interested in the effect of microgravity on the production and behaviour of materials.

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