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Propulsion:     more books (100)

The Development of Propulsion Technology for U.S. Space-Launch Vehicles, 1926-1991 (Centennial Series of the Association of Former Students, Texas A&M University) by J. D. Hunley, 2007-07-12 Elements of Gas Turbine Propulsion (Aiaa Education Series) by Jack D. Mattingly, 2005-08-01 Scale Model Ship Propulsion by Tom Gorman, 2004-02 Nuclear Propulsion for Merchant Ships by Andrew W. Kramer, 2005-10-31 Introduction to Aerospace Propulsion, An by R. Douglas Archer, Maido Saarlas, 1998-03-20 Beamed Energy Propulsion: Second International Symposium on Beamed Energy Propulsion (AIP Conference Proceedings / Symposia on Beamed Energy Propulsion) Mechanics & Thermodynamics of Propulsion Rocket and Spacecraft Propulsion: Principles, Practice and New Developments (Springer Praxis Books / Astronautical Engineering) by Martin J. L. Turner, 2010-11-02 A HISTORY OF JET PROPULSION, INCLUDING ROCKETS by Raymond Friedman, 2010-04-15 Deviant Propulsion: Poems by C. A. Conrad, 2005-07-10 Propulsion Systems for Hybrid Vehicles (Iet Power and Energy) by J. Miller, 2004-01-01 Propulsion Combustion: Fuels To Emissions Air-Screws: An Introduction to the Aerofoil Theory of Screw Propulsion, by M A. S. Riach, 2010-02-22 Occult Ether Physics: Tesla's Hidden Space Propulsion System and the Conspiracy to Conceal It (2nd Revised Edition) by William Lyne, 1998-11

lists with details

41. [2e] Illustrations
    This chapter introduces the topic being discussed. Chapter B. It presents the PeriodicPrinciple that governs the development of new propulsion systems.  
    http://propulsion.20m.com/text_2e.htm
    
    Extractions: (Figs in Polish:) [1/3]-TimeV:1, [1/3]-Telk: 1, [1/3]-Telp: 1, [3b] in TimeVeh ... [8] in TimeVeh Complete text and all illustrations for monograph [2e] by Dr Jan Pajak, on the "Oscillatory Chambers" (ISBN 0-9583380-0-0) In order to download to your computer text of any of volumes listed below, or in order to see/download any illustraction, just

42. Quantum Well Infrared Photodetector (QWIP) - Home Page
    QWIP Technology Group at JPL / NASA. Lead by Dr. Sarath Gunapala, this group has developed several Infrared Cameras using QWIP technology.  
    http://qwip.jpl.nasa.gov

43. [1e] Text
    Complete text and all illustrations for the monograph 1e by Dr Jan Pajak, Advanced Magnetic propulsion Systems (1990, ISBN 09597698-9-7).  
    http://propulsion.20m.com/text_1e.htm

44. Knolls Atomic Power Laboratory (KAPL)
    Supports the United States Naval Nuclear propulsion Program by developing advanced propulsion technology, providing technical support for operating naval reactors, and providing training for naval personnel. Located in Niskayuna, New York.  
    http://www.iss.external.lmco.com/kapl/

45. Bettis Laboratory, A Contractor In The Naval Nuclear Propulsion Program
    BAPL supports the development and use of advanced propulsion systems for U.S. Navy Vessels by performing basic research; testing new components; and providing technical expertise during construction, maintenance and refueling.  
    http://www.bettis.gov/
    
    Extractions: for Suppliers) Investigate Career Opportunities the laboratory has to offer. For more than 50 years, the Bettis Laboratory has been developing advanced naval nuclear propulsion technology and providing technical support to ensure the safe and reliable operation of our nation's submarine and aircraft carrier fleets. The Bettis Laboratory is operated for the Department of Energy by Bechtel Bettis Inc. The Bettis Laboratory is solely dedicated to the Naval Nuclear Propulsion Program, which is a joint Navy-DOE program responsible for the research, design, construction, operation, and maintenance of U.S. nuclear-powered warships. Bettis is An Equal Opportunity Employer and is Committed to Workforce Diversity This site conforms to W3C's "Web Content Accessibility Guidelines 1.0", available at http://www.w3.org/TR/1999/WAI-WEBCONTENT-19990505

46. Antimatter.phys.psu.edu/
    Alternative propulsionIf you do not have a framescapable browser, get one hereor follow this link to the alternative propulsion site.  
    http://antimatter.phys.psu.edu/

47. Nuclear Thermal Propulsion
    Information resources on space nuclear propulsion, space policy and other nuclear related topics.  
    http://www.fas.org/nuke/space/index.html

48. Space Propulsion Guide
    space propulsion. Space propulsion. Guide. Laser propulsion Nuclear Proplusion(New) Solar Sails (New) Space propulsion Links StarDrive  
    http://members.lycos.co.uk/spaceprojects/propulsion.html

49. Ocean Science Research Element
    Studies of the oceans from space using satellite data and modelling.  
    http://oceans-www.jpl.nasa.gov/

50. Stage Pilotage : Propulsion, Stage De Pilotage Sur Porsche
    Translate this page propulsion, école de pilotage, vous présente ses stages de pilotagesur Porsche, pour conducteurs débutants ou confirmés.  
    http://www.pro-pulsion.com/

51. JPL's NDEAA's NDE Homepage
    Includes links to articles. Research and development includes focus on composite materials using leaky Lamb waves and Polar Backscattering, robotic NDE, and sensors.  
    http://ndeaa.jpl.nasa.gov/nasa-nde/nde/nde-hp.htm
    
    Extractions: This website includes links to NDEAA Technologies published articles . A description of this lab capability and activity is given in the NDEAA Technologies - NDE Activity Homepage . This research and development includes NDE of composite materials using leaky Lamb waves and Polar Backscattering. This research is conducted in cooperation with Prof. Ajit Mal, Mechanical and Aerospace Engineering Dept., University of California, Los Angeles (UCLA) Publications The following papers require Adobe Reader. "Leaky Lamb Waves NDE of Composites" - Review of QNDE 1997 "Laser Induced UT Plate Waves" - ASNT Fall Conf. 97 "Smart NDE system for corrosion" - ASNT Spring Conf. 98 "Crawling Platform" - ASNT Spring Conf. 98 "LLW NDE of Aging Airacft" - ASNT Spring Conf. 98 "LLW NDE of Composites" - Paper to SPIE, San Antonio, TX March 1998 "LLW NDE of Composites" - Paper to the 7th European Conf. on NDE, Copenhagen, Denmark, May 26-29, 1998 "Mother-Crawler and Modular NDE-Boards for Robotics Scanning and Testing" - ASNT Fall Conf., October 19-22, 1998, Nashville, TN. "Composite materials stiffness determination and defects characterization using enhanced LLW dispersion data acquisition method" - SPIE's 6th Annual International Symposium on NDE of Aging Aircraft, Airports, and Aerospace Hardware (nd02), Newport Beach, CA 3-5 March 1999

52. OPS: Home
    Utilizing stock, unmodified automotive gas or diesel engines, OPS has developed a water jet drive system designed to be easily bolted on or designed into the hull of boats 18' to 30' in length. Located in Ormand Beach, Florida.  
    http://www.opsjet.com

53. Imaging Radar Home Page At The NASA Jet Propulsion Laboratory
    Imaging Radar @ southport  
    http://southport.jpl.nasa.gov/

54. FE: Electric Propulsion GB
    Research carried out by the Institute of Space Systems. Also contains a good overview of the various types of electric propulsion.  
    http://www.irs.uni-stuttgart.de/RESEARCH/EL_PROP/e_el_prop.html
    
    Extractions: In the field of space transportation, it was recognized quite early that the propulsion abilities of the chemical rocket propulsion units are so minimal that missions which require higher propulsion can only be successfully carried out with a multiple gradation and a small portion of payload. The reason for this lies in the inferior energy capacity of the fuel whereby the maximum attainable exit speed from a rocket nozzle is limited to approximately 4 to 5 km/s One possibility of overcoming this limitation is the coupling of additional energy for example in the form of electric energy. This was already performed by Goddard in 1906 and later by Hermann Oberth in his book "The Rocket to the Planetary Spaces" Because the possibility of space travel was first made concrete with the development of large rockets after World War II, it was mainly the work of Ernst Stuhlinger which once more drew attention to the advantages of electric space propulsion, and has, since the 1960s, led an extensive worldwide research and development program. Various concepts differing extensively from one another, mainly on the basis of the acceleration mechanism, were examined because with electric energy, acceleration can occur purely thermally, electrostatically or electromagnetically. In order to achieve efficient utilization of electrostatic or electromagnetic acceleration forces, a charge carrier must first be established through the ionization of the fuel, for which there are again different starting points.

55. Mermaid Marine, FNM Engines, Propulsion Systems And Aluminium Custom Built Boats
    Suppliers of marine engines and propulsion systems including Baudouin, Steyr and Mermaid  
    http://reo-marine.com

56. Fuelcell Propulsion Institute
    Fuelcell propulsion Institute. The Fuelcell propulsion Institute is an internationalconsortium structured as a nonprofit membership organization.  
    http://www.fuelcellpropulsion.org/
    
    Extractions: COMMITTEES ... CLOSE SITE MAP Fuelcell Propulsion Institute The Fuelcell Propulsion Institute is an international consortium structured as a nonprofit membership organization. Comprised of corporations, trade associations, national laboratories, and academic institutions, it assembles the major players of industries seeking commercialization of fuelcell vehicles as industrial machines. An example of an active industry within the Institute is underground mining. A unique role of the Institute is to bring together technology developers, manufacturers, and end-users within an industry to plan vehicle development and demonstration projects. The planned vehicle is "pulled" by industry rather than "pushed" by technologists, and the resulting machine has high commercialization potential. Members are organized both by industry and by vehicle. Industries are grouped into Industry Committees

57. Emerging Possibilities For Space Propulsion Breakthroughs
    article by Marc.G.Millis  
    http://www.lerc.nasa.gov/WWW/PAO/html/warp/ipspaper.htm
    
    Extractions: The ideal interstellar propulsion system would be one that could get you to other stars as quickly and comfortably as envisioned in science fiction. Before this can become a reality, two scientific breakthroughs are needed: discovery of a means to exceed light speed, and discovery of a means to manipulate the coupling between mass and spacetime. This article explains why these breakthroughs are needed and introduces the emerging possibilities that may eventually lead to these breakthroughs. It should be noted that either of these breakthroughs by itself would have revolutionary consequences which would be of enormous value. The need to exceed light speed: Simply put, the universe is big. The fastest thing known is light, yet it takes over four years for light to reach our nearest neighboring star. When NASA's Voyager spacecraft left our solar system is was traveling around 37- thousand mph. At that rate it couldn't reach the nearest star until after 80-thousand years. If we want to cruise to other stars within comfortable time spans (say, less than a term in Congress), we have to figure out a way to go faster than light. The need to manipulate mass and spacetime coupling: This need is less obvious than the light speed issue. The problem is fuel, or more specifically, rocket propellant. Unlike a car that has the road to push against, or an airplane that has the air to push against, rockets don't have roads or air in space. Rockets have to carry along all the mass that they'll need to push against. To circumvent this problem, we need to find a way to interact with spacetime itself to induce propulsive forces without using propellant. This implies that we'll need to find a way to alter a vehicle's inertia, its gravitational field, or its connectivity to the structure of spacetime itself.

58. NASA Jet Propulsion Laboratory Technical Reports Server (JPLTRS) V2.0
    enter 'propulsion' into search and get 100+ reports  
    http://techreports.jpl.nasa.gov/
    
    Extractions: CL #98-1091 What is the JPLTRS? The Jet Propulsion Laboratory Technical Report Server is a database of Abstracts, Citations and full text Technical Reports written by and for the scientific and technical community. For further information on the JPLTRS, please see our Quick Start Tutorial Fact Sheet , and Frequently Asked Questions (FAQ) Accessing the JPL Technical Report Database Technical reports may be accessed via the following interfaces: Keyword Search of Technical Reports

59. JPL Education Gateway
    Schools Enroll in JPL 101 Teachers had a blast with the launch of the NASA ExplorerSchools program this summer at NASA s Jet propulsion Laboratory, Pasadena  
    http://education.jpl.nasa.gov/
    
    Extractions: NASA has launched the application season for its NASA Explorer Schools (NES) Program. Schools from across the country are eligible to apply online for an opportunity to partner with NASA in a program designed to bring engaging mathematics, science and technology learning to educators, students and families. There is still time to participate in the NASA Student Involvement Program (NSIP) competition. Students in grades K-12 can complete research projects in numerous categories linked to NASA's missions of exploration and discovery. Entries are judged at NASA centers across the country. High school winners win a trip to the NSIP National Symposium, hosted by a different NASA center each year.

60. JPL DIAL Home Page
    NASA's Jet propulsion Lab Digital Image Animation Laboratory is an advanced computer animation, and software engineering facility with broadcast quality video recording and editing capabilities. The DIAL was created and is continually developed by the Visualization and Earth Science Applications group.  
    http://www-dial.jpl.nasa.gov/
    
    Extractions: The JPL D igital I mage A nimation L aboratory is an advanced computer animation, and software engineering facility with broadcast quality video recording and editing capabilities. The DIAL was created and is continually developed by the V isualization and E arth ... pplications group, within the Space Science Date Systems section at JPL The Image Analysis and Technology & Applications Development subgroups are responsible for DIAL animations and software development. The members of the Image Analyst subgroup process digital imagery and create scientific visualizations and animations. Analysts process data from robot spacecraft like Voyager, Magellan and Galileo and create planetary science animations as part of NASA's Solar System Visualization Project. They also process data from satellites and Space Shuttle instruments for the study of Earth's resources. Examples of their work include "LA, TheMovie", "Mars, The Movie", and segments of the IMAX films, "Blue Planet" and "Destiny in Space." The programmers in the Technology and Applications Development subgroup design and write visualization and analysis software. This software includes perspective rendering programs, video equipment control programs, and the ACTORS system.

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