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Propulsion: more books (100)

Secrets of Antigravity Propulsion: Tesla, UFOs, and Classified Aerospace Technology by Paul A. LaViolette Ph.D., 2008-09
Rocket Propulsion Elements by George P. Sutton, Oscar Biblarz, 2010-02-02
Aircraft Propulsion by Saeed Farokhi, 2008-02-25
Space Propulsion Analysis and Design with Website by Ronald Humble, Gregory Henry, et all 2007-05-25
Mechanics and Thermodynamics of Propulsion (2nd Edition) by Philip Hill, Carl Peterson, 1991-09-27
Fundamentals of Jet Propulsion with Applications (Cambridge Aerospace Series) by Ronald D. Flack, 2010-08-23
Elements of Propulsion: Gas Turbines And Rockets (AIAA Education) (Aiaa Education Series) by Hans von Ohain (Foreword) Jack D. Mattingly, 2006-08-30
Vehicle Propulsion Systems: Introduction to Modeling and Optimization by Lino Guzzella, Antonio Sciarretta, 2010-11-30
Jet Propulsion: A Simple Guide to the Aerodynamic and Thermodynamic Design and Performance of Jet Engines by Nicholas Cumpsty, 2003-09-15
Aircraft Propulsion Systems Technology and Design (Aiaa Education Series)
Aircraft Propulsion and Gas Turbine Engines by Ahmed F. El-Sayed, 2008-02-27
Hypersonic Airbreathing Propulsion/Book and Disk (Aiaa Education) by William H. Heiser, David T. Pratt, et all 1993-09
Physics of Electric Propulsion by Robert G. Jahn, 2006-05-26
Aerospace Propulsion Systems by Thomas A. Ward, 2010-05-17

lists with details

Aerojet NEAR Spacecraft Propulsion System
Technical details on the NEAR probe's engine.
http://control.aerojet.com/Propulsion/spacecraft_propulsion/near/

Extractions: Aerojet Fine Chemicals Electronic and Weapon Systems Strategic and Space Propulsion News and Events ... NEAR Artist's depiction of NEAR spacecraft in flight near asteroid. Aerojet built the propulsion system for the NEAR spacecraft which is performing flyby scans of various asteroids in the solar system. We believe that this is the only Aerojet designed interplanetary spacecraft propulsion system ever flown. The gentlemen to the rightplayed a key role in the success of this important mission. Using Aerojet Propulsion System Johns Hopkins University Applied Physics Laboratory (APL) gave the green light and a $9 million contract to Aerojet to develop the propulsion system for NASA's first Discovery Program . Combining both previously proven and new components, the 284-pound system will propel the NEAR spacecraft through small disturbances, as well as deep space maneuvers. The three-year mission will rendezvous with asteroid 433 Eros on February 6, 1999. Aerojet's propulsion system includes seven Fine Velocity Control (FVC) thrusters that fire periodically to hold the spacecraft steady. "There are reaction or momentum wheels that become wound up sort of like small springs after making adjustments due to wind or other elements to keep the vehicle on track," said Program Manager Eric Motz. "Our smaller one-pound thrusters are fired to counter the spacecraft's torque and thus, allow the wheels to unwind." There are also five-pound FVC thrusters that are used for small spacecraft velocity corrections and provide 3-axis stability control during large thruster firings.
Canonical List Of Space Transportation Methods
Attempts to list all known space propulsion methods.
http://www.geocities.com/danielravennest/CanonicalList.html

Extractions: Space Transportation and Engineering Methods Version 0.79 July 26, 2001 by Dani Eder DaniEder@aol.com This document is a an attempt list of all known space transport and space engineering methods. It includes only those methods whose underlying physical principles are understood (i.e. no Star Trek warp drives). It is the product of a number of years of collecting and, occasionally, inventing them. I am motivated by a desire to see civilization expand into space and my frustration by the slow pace of progress to date. Most current space vehicles and projects use techniques that existed in the 1950's and 1960's. Some new ideas were developed as early as 1960, but have not been put into used even today. From the 1970's to today many additional ideas have been generated. Most of these have received scant attention. By disseminating information on these ideas, I hope others will realize the vast untapped potential contained in these ideas. This draft (version 0.79) lists all the concepts I am aware of, with at least a basic description of each. As you can tell by the version number, which is less than one, this is still very much a work in progress. Later versions of this document are intended to flesh out each method with improved descriptions and current references. If you know of a method which is not on this list, I would appreciate being informed of it. If you have references or text descriptions on a concept, they would be appreciated also. Some related information on the basics of space transport, the forces and energies used, and space project engineering are included. Editorial comments and material that needs lots of editing appear in square brackets.
Net Propulsion Lab - Roanoke/Atlanta Web Design
Web design firm serving both the Roanoke and Atlanta, Georgia areas.
http://www.netpropulsionlab.com
USS Enterprise 2 Propulsion Plant "Losers"
Official website of the USS Enterprise Two propulsion Plant Losers including Reactor Department and Engineering Department Personnel RM22, RC22, RE22, EM22.
http://www.2plantlosers.com/
Scientific Research - Propulsion Research Center
(part of Marshall Space Flight Center). Gives details on current research projects.
http://www.spacetransportation.com/sciresearch/prc.html

Extractions: New technologies start with new ideas, and new ideas develop from research. The Marshall Center's Propulsion Research Center is a major hub for NASA's fundamental space propulsion research, now being conducted to improve access to space, open the space frontier for ambitious exploration, and strengthen commercial development and human settlement of space. The Propulsion Research Center supports Marshall's designation as a key leader in NASA's space propulsion technology research. The center conducts propulsion science from development to analysis to testing leading to advanced propulsion concepts and improvements to existing space propulsion systems. The research conducted here truly is science at the edges. The Propulsion Research Center generates advanced concepts and ideas for rapid interplanetary travel and journeys beyond our solar system. Revolutionary propulsion technologies, such as
Hybrid Electric Vehicles
Search. HEV Program Background Auto Manufacturer Accomplishments CurrentActivities What is an HEV HEV Components Frequently Asked
http://www.ott.doe.gov/hev/
Physical Oceanography DAAC Home Page
+ View the NASA Portal, Search JPL. JPL Home, Earth, Solar System,Stars Galaxies, Technology. PO.DAAC Home Access Data FTP Education
http://podaac-www.jpl.nasa.gov/
AIAA - Publications
Publications Journals List of Journals
http://www.aiaa.org/publications/index.hfm?pub=5
Conferences, Symposia And Workshops Organized By ESA
http://www.congrex.nl/03-1/
Near-Earth Object Program
Hayabusa Spacecraft Rounds Earth and Heads for NearEarth Asteroid. HayabusaImage of Earth Image of the Earth taken by the Hayabusa spacecraft.
http://neo.jpl.nasa.gov/

Extractions: May 19, 2004 At 6:23 am (Greenwich time) on May 19, the Japanese Hayabusa spacecraft successfully made a close Earth approach (altitude = 3725 km), thereby gaining the velocity it needs to reach the near-Earth asteroid Itokawa, named for the father of Japanese rocketry. During the Earth swingby, the spacecraft took images of the Earth and moon to test and calibrate the on board camera called AMICA (Asteroid Multi-band Imaging Camera). Upon its arrival at the asteroid in the summer of 2005, the Hayabusa spacecraft will hover near the asteroid's surface for about four months. Its instruments will study the surface in detail, determine the asteroid's mass and bulk density and determine which minerals are present. A small coffee-can-sized surface hopper, called MINERVA, will leap about the asteroid taking surface temperature measurements and high-resolution images with each of its three miniature cameras. The spacecraft will collect up to three surface samples as its sample horn captures small pieces of the asteroid ejected when tantalum pellets are fired into its surface at 300 meters per second. With these surface samples tucked safely into the spacecraft's sample capsule, the spacecraft will return to Earth, arriving on June 10, 2007, and the sample capsule will parachute to the ground in Australia.

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