41. Propulsion.com Home Page This web site is operated for the professional and business purposes of Dr. William H. Heiser, an eminent worldwide authority on airbreathing propulsion and http://www.propulsion.com/

42. Electric Propulsion -- University Of Michigan Plasmadynamics & Electric Propulsi The Plasmadynamics and Electric propulsion Laboratory (PEPL) at the University of Michigan. http://aerospace.engin.umich.edu/spacelab/

Home Affiliations Diagnostics Facilities ... New publications: th JANNAF Propulsion Meeting, May 14-17, 2007. W elcome to the Plasmadynamics and Electric Propulsion Laboratory (PEPL) at the University of Michigan Department of Aerospace Engineering . The lab was founded in 1992 under the direction of Professor Alec Gallimore and since that time has been embarked on an experimental and theoretical program with the following goals: To make electric propulsion (EP) devices more efficient and of better performance; To understand spacecraft integration issues that could impede the widespread use of these devices on scientific, commercial, and military spacecraft; and To identify non-propulsion applications of EP systems (e.g., plasma processing, space-plasma simulation). The centerpiece of the laboratory is the large vacuum test facility that was built in the early 1960s by the Bendix corporation and was later donated to the university in 1982. This cylindrical stainless-steel clad tank, which is 9 m long and 6 m in diameter, is the largest vacuum facility of its kind at any university in the nation. At high-vacuum, the chamber employs seven cryopumps, with a combined pumping speed of 500,000 l/s on air, and 240,000 l/s on xenon. University of Michigan Contact the PEPL Director or the Webmaster Last Revised: 11/30/2006 11:56 AM URL:

43. Soft Skull: Deviant Propulsion By CAConrad I submit that CAConrad s Deviant propulsion, with its sculpted, condensed stanzas of rare, highspirited outpourings be slated for immediate worldwide http://www.softskull.com/detailedbook.php?isbn=1-932360-87-5

44. Mini-Magnetospheric Plasma Propulsion MiniMagnetospheric Plasma propulsion (M2P2). This site has moved. Follow the link to see new advances in space propulsion. http://www.geophys.washington.edu/Space/SpaceModel/M2P2/

Mini-Magnetospheric Plasma Propulsion (M2P2) This site has moved. Follow the link to see new advances in space propulsion.

45. Howstuffworks "How Electromagnetic Propulsion Will Work" Get a sneak peek (even before NASA scientists) at a new type of spacecraft that could be jolted through space by electromagnets. http://science.howstuffworks.com/electromagnetic-propulsion.htm

HowStuffWorks.com RSS Make HowStuffWorks your homepage Get Newsletter Search HowStuffWorks and the web: Science Space Future Space Related Categories: REFERENCE LINKS Print Email Cite Please copy/paste the following text to properly cite this How Stuff Works article: How Electromagnetic Propulsion Will Work by Kevin Bonsor Inside This Article Introduction to How Electromagnetic Propulsion Will Work Jolting Into Space Beyond Our Solar System Lots More Information See all ... articles For decades, the only means of space travel have been rocket engines that run off of chemical propulsion. Now, at the beginning of the 21st century, aerospace engineers are devising innovative ways to take us to the stars , including light propulsion nuclear-fusion propulsion and antimatter propulsion. A new type of spacecraft that lacks any propellant is also being proposed. This type of spacecraft, which would be jolted through space by electromagnets , could take us farther than any of these other methods. Source: NASA Electromagnetic propulsion could take us to the heliopause at a speed unachievable by conventional spacecraft.

46. JPL Artificial Intelligence Group Jet propulsion Laboratory California Institute of Technology FIND IT @ JPL + View the NASA Portal at the Jet propulsion Laboratory. Title Image http://www-aig.jpl.nasa.gov/

JPL Header Jet Propulsion Laboratory California Institute of Technology FIND IT @ JPL: + View the NASA Portal ... TECHNOLOGY Navigation Sidebar + Sec 317j AI @ JPL + OVERVIEW + CURRENT PROJECTS ... + PRESS Main Content Artificial Intelligence Group at the Jet Propulsion Laboratory AIG Overview The Artificial Intelligence Group performs basic research in the areas of Artificial Intelligence Planning and Scheduling, with applications to science analysis, spacecraft commanding, deep space network operations, and space transportation systems. Featured Projects ASE Autonomous Sciencecraft Experiment uses on-board science analysis and replanning to radically increase science return by enabling intelligent downlink selection and autonomous retargeting. + Read More MISUS Multi-Rover Integrated Science Understanding System develops architectures and technologies for command and control of multi-rover groups for planetary exploration. + Read More + View All Current Projects + View Past Projects Featured Publications Model Compilation for Real-Time Planning and Diagnosis with Feedback A.

47. Rotax Aircraft Engines, Rotax Parts, Rotax Service, Rotax Repair And Rotax Overh Rotax Aircraft Engine sales, maintenance, overhaul and repair. Related parts and accessories for recreational aviation. http://www.rotaxservice.com/

ENGLISH FRANÇAIS ENGINES PARTS SERVICES ... ABOUT US Aero Propulsion Technologies is the Rotech Research Authorized Service Center for Rotax Aircraft Engines in Eastern Canada. We offer all the engines, parts, accessories and services you need to power your projects! Serving: Recreational aircraft, ultralights / microlights, homebuilt / amateur built and light sport aircraft categories: Fixed wing, three axis Weight shift, delta wing trikes Powered parachutes Autogyros or gyroplanes Hovercraft and airboats And everything powered with a Rotax Aircraft Engine! Yes, it is possible to install oil injection on a Challenger. We have the solution! More info Discover our Engine Maintenance Logs. More info

48. Boeing: Integrated Defense Systems - Satellite Development Center - Xenon Ion Pr of Boeing s commercial XIPS (Xenon Ion propulsion System). Designed for satellites, but a specialized version of it was used on NASA s Deep...... http://www.boeing.com/defense-space/space/bss/factsheets/xips/xips.html

@import url(http://www.boeing.com/css/screen_import_secondary.css); Boeing Employee Information Hotline at 1-800-899-6431 skip to: page content footer(site information) This site will look much better in a browser that supports web standards , but it is accessible to any browser or Internet device. BA stock price 76.14 [- 0.71] at 4:01 PM ET on Apr 03 Corporate Governance Employment Employee/Retiree ... Advanced Systems Xenon Ion Propulsion Center In October 2000, The Boeing Company acquired three units within Hughes Electronics Corporation: Hughes Space and Communications Company, Hughes Electron Dynamics, and Spectrolab, Inc., in addition to Hughes Electronics' interest in HRL, the company's primary research laboratory. The four are now part of Boeing's newest subsidiary, Boeing Satellite Development Center. Boeing 601HP Thruster: 13 centimeters in diameter 2568 seconds ISP 18 mN of thrust Boeing 702 Thruster: 25 centimeters in diameter 3800 seconds ISP 165 mN of thrust XIPS: The Latest Thrust in Propulsion Technology With the delivery of the PAS-5 satellite to PanAmSat Corporation in 1997, Hughes Space and Communications Company launched a new era in satellite propulsion technology.

49. Www.inderscience.com The International Journal of Alternative propulsion from Inderscience Publishers offers refereed authoritative papers on alternative propulsion, http://www.inderscience.com/ijap/

50. Ion Engines Ion Engines are the most exciting new rocket propulsion system since the Chinese invented the rocket about a thousand years ago. http://dawn.jpl.nasa.gov/mission/ion_engine_interactive/index.html

Ion Engines Ion Engines are the most exciting new rocket propulsion system since the Chinese invented the rocket about a thousand years ago. Most rocket engines use chemical reactions for power. They combine various gases and liquids to form chemical explosions which push the rocket through space. Chemical rocket engines tend to be powerful but have a short lifetime. Ion Engines use electric fields instead of chemical reactions. Ion Engines tend to be much less powerful, but they are so efficient, they can last for years before running out of fuel. These activities should help you understand how Ion Engines work. Before you can understand the entire Ion Engine, you need to understand some basics about electric charges. Ion Propulsion Content Module Positive and Negative Charges Interactive tutorial Charges Student Text Charge Simulator Interactive get the charges to hit the targets Attractive and Repulsive Forces Student Activity We Need a Push Teacher Guide A Trip Through the Ion Engine Student Text Powerpoint Teacher Guide Design an Ion Engine Interactive put what you've learned to use Student Activity Teacher Guide Hotspots play against the computer in this soccer-like action game

51. BLAST, BLAST, BLAST!!! Sorry your browser does not support Iframes. The GP System site makes extensive use of iFrames. In order to view it properly please update your browser. (2) http://www.gravitypropulsionsystem.com/

rumors discog shows press ... friends Sorry your browser does not support Iframes. The GP System site makes extensive use of iFrames . In order to view it properly please update your browser. (2)

52. Space Plasma Physics Modelling Page An advanced plasma propulsion system that will create a large scale magnetic bubble around the spacecraft to ride the solar winds. http://www.ess.washington.edu/Space/propulsion.html

Advanced Electric Propulsion Chemical rockets have limited application for space applications due to the fact that the fuel is relatively slow (low specific impulse) relative to the speeds needed to move efficiently about the solar system. As a results chemcial systems are massive, and the trip times for missions are very long. Research at UW in this area is for the development of faster propellants that can provide substantial reductions in cost and trip time. To achieve these efficiencies plasma systems (i.e. charged particles) are required where electric and magnetic field can be used to accelerate the plasma propellants to speeds more than an order of magnitude faster than can be achieved by chemical rockets. The systems below detail devices under active development. Cast of Characters: Robert M. Winglee Areas of Active Interest: High Power Helicon is an electrodeless plasma thruster that is able run at kW to 100's kW to produce thruster levels as high as several Newtons of force, at high power and gas effciency. Mini-Magnetospheric Plasma Propulsion (M2P2) is a system that can leverage energy from the solar wind to augument the onboard propulsion for spacecraft while minimizing the spacecraft power requires. Potential for radiation shielding is still under investigation.

53. INSPI Researching square lattice honeycomb ternary carbide fuels and nuclear electric propulsion based on gaseous and liquid fuel reactors with http://www.inspi.ufl.edu/

Innovative Nuclear Space Power and Propulsion Institute Home Research Data News ... Links Home About INSPI The Innovative Nuclear Space Power and Propulsion Institute (INSPI) at the University of Florida is funded through several government and private industry research grants and contracts to conduct fundamental and applied research in areas related to application of nuclear power in space. Founded in 1985, INSPI research covers a broad range of activities including feasibility analysis for ultracompact nuclear power reactor concepts as well as experimental and theoretical research to establish the fundamental properties of high temperature materials and processes used in space power reactors. Research Current research is focused on the design studies related to nuclear thermal propulsion based on square lattice honeycomb ternary carbide fuels and nuclear electric propulsion based on gaseous and liquid fuel reactors with magnetohydrodynamic power generation systems. Specific research projects are conducted in areas such as ultrahigh temperature nuclear fuel, computational fluid and gas dynamic and heat transfer, and development of a web based space nuclear power information resources and database system. Teaching Dr. Anghaie's Courses

54. Propulsion Technology Corp Under Construction. http://www.ptcgrp.com/

Under Construction

55. E.R.P.S. A LEO launcher development by a group of space enthusiast. Features engine and vehicle designs, project descriptions and membership information. http://www.erps.org/

HOME Return to the E.R.P.S. home page FAQ Read through the Frequently Asked Questions to get basic information ... Learn the basics of designing, building and testing liquid fuel rocket engines Search E.R.P.S. Site: Experimental Rocket Propulsion Society This site best viewed from low earth orbit ... In the beginning ... The E.R.P.S. was founded in February of 1993 to gather together interested amateurs to learn about, design, build, and test liquid fuel rocket engines. The group early on decided to concentrate on developing and testing high density storable propellant combinations because they allowed the maximum amount of work to be done with the minimum amount of risk to life and limb. After research and consultations, high density Hydrogen Peroxide (H O ) was selected as the oxidizer of choice, with the intent to combine it with a high-density kerosene such as JP5 or regular Jet-A. HTP by any other name ... Peroxide, when catalyzed, produces steam (2 H O) and pure oxygen (O ) at high temperatures. Peroxide makes a fair mono-propellant when used in concentrations above 95% and there was historical experience (the British ' Black Knight ' program of the late 60's and early 70's) to show that respectable performances and capabilities could be developed even at lower concentration when combined with a high density liquid hydrocarbon. The British, however, limited themselves by the catalyst they chose to work with, silver screens. Because the melting point of silver is low (936.93

56. Science And Technology - Welcome NASA Logo Jet propulsion Laboratory, vertical line, + View the NASA Portal. Search JPL. JPL HOME EARTH SOLAR SYSTEM STARS AND GALAXIES SCIENCE AND http://technology.jpl.nasa.gov/

+ View the NASA Portal Welcome OCSCT Home Research Portfolio ... News and Events Welcome to science and technology at JPL, especially organized for the research community. This page will guide you to JPL internally directed research managed by the Office of the Chief Scientist and Chief Technologist (OCSCT) as well as the full breadth of research through our Research Portfolio pages. Examples include research conducted in JPL's Science Division , including such disciplines as Planetary Science Astrophysics , and Earth Science . In addition, there are several areas in technology research, including robotics In-Situ and Remote Sensing Instruments Deep Space Communications Information Systems ... Precision Flying , and Planetary Protection. The Office of the Chief Scientist and Chief Technologist is responsible for scientific leadership and research at the Laboratory and serves as the focal point for interactions with universities and the external research community. The Research Portfolio guides you from the top-level scientific questions we address to the specific scientific and technological endeavors at JPL. You will meet the people, see their work and be provided contact information. OCSCT image slideshow RESOURCES FEEDBACK SITEMAP Web Curator: Brian Knosp Science Writer: Samantha Harvey Webmaster: Maryia Sauchanka-Davis

57. Aircraft Interior Products Propulsion Systems Formerly known as Universal propulsion Company, Inc. (UPCO), Aircraft Interior Products propulsion Systems is a wholly owned subsidiary of Goodrich http://www.upco.goodrich.com/

Search FAQs Site Map Contact Us ... Tech Pubs Aircraft Interior Products Propulsion Systems Formerly known as Universal Propulsion Company, Inc. (UPCO), Aircraft Interior Products Propulsion Systems is a wholly owned subsidiary of Goodrich Corporation, whose headquarters are located in Charlotte, North Carolina. Aircraft Interior Products Propulsion Systems provides research, design, development, qualification, and manufacture of complete aircraft ejection systems plus related individual components such as rocket motors and catapults, pyrotechnic gas generators, ejection seats, precision electro-explosive devices, propellants, linear actuators, safety and arming devices plus explosive event control networks. This same technology has been applied to strategic and tactical weapons, space exploration and other fields requiring safe, reliable sources of pyrotechnic energy. We are the only U.S. ejection seat manufacturer offering complete aircrew escape systems, including canopy removal, sequencing systems and the ejection seat. In addition we offer component products such as gas generators, rocket motors, linear explosives, catapults and numerous cartridge actuated or propellant actuated devices for a wide variety of applications.

58. SPL Swiss Propulsion Laboratory, Affordable Rocket Propulsion And Accessories Aims to develop systems to transport small civilian payloads into a lowearth orbit (LEO). http://www.spl.ch/

Your browser doesnt support frames, take this link please! Your browser doesnt support frames, take this link please!

59. IDL Motors' Linear Propulsion System Gets Demonstrated - Engadget Apparently, both the Bullet Train Cars and Zdrive creations were on display, and while the former used linear propulsion to whiz magnet-laden cars http://www.engadget.com/2008/02/25/idl-motors-linear-propulsion-system-gets-demo

@import url(http://www.blogsmithmedia.com/www.engadget.com/media/style.css); Catch some concepts at the New York Auto Show! Tip us on news! RSS Feed Category Feeds Engadget in: IDL Motors' linear propulsion system gets demonstrated Posted Feb 25th 2008 6:52AM by Darren Murph Filed under: Misc. Gadgets [Via MAKE Tags: linear propulsion LinearPropulsion propulsion prototype ... Comments Relevant Posts Elmo Live breaks it down on video, seems too smart for his own good (45 days ago - 72 Comments) Swinxs lures your children outside, tricks them into "moving around" (46 days ago - 38 Comments) Mattel's D-Rex wants a piece of Pleo, your leg (43 days ago - 7 Comments) Guitar Hero Carabiner hands-on (47 days ago - 34 Comments) Touch Table EES "edutainment system" is large, edutaining (45 days ago - 14 Comments) Subscribe to these comments Reader Comments (Page 1 of 1) Highest Ranked Kurian Feb 25th 2008 7:34AM I wish I had those when I was a kid.. Heck.. I wish I had them now! Reply Highest Ranked Kurian Feb 25th 2008 7:37AM * Thinks of idea involving his cat * Highly Ranked AutoTom Feb 25th 2008 9:42AM this would really give new meaning to 'monorail cat' Neutral Kurian Feb 25th 2008 10:37AM Never thought someone would think of that LOLCAT...

60. Wickman Spacecraft & Propulsion Co., CP Technologies And The Rocket Camp Homepage for The Rocket Camp, CP Technologies and Wickman Spacecraft propulsion Company. Describes advanced Space projects, Amateur Rocketry products with http://www.space-rockets.com/

Welcome To The Launching Pad For Outstanding Homepage News History CP Technologies Homepage How To Make Amateur Rockets Bookset "Hands-On" Rocket Motor Class ... Catalog Other Information Our Location Propulsion Company Under sponsorship from a US Air Force Research Laboratory contract, WSPC has demonstrated the key technology required to throttle a solid rocket motor from "idle" to full power in real time. This breaks down a major barrier between solid and liquid propulsion systems for Space boosters and launch vehicle applications. Previous methods of throttling solid rocket motors has focused on pintle nozzles, but WSPC's new control method does not use a pintle nozzle. Further test firings are planned leading up to the demonstration of a half-scale version of WSPC's SLV third stage. November 6, 2006 For more information click here. The rocket nozzle not only controls the thrust level of the missile, but also provides thrust vector control to steer it. The U.S .military needs more capable tactical missiles to hit more sophisticated enemy aircraft and fast moving ground targets. WSPC's new rocket motor would significantly enhance American tactical missile capabilities. April 6, 2006 - The Air Force Research Laboratory has written an article on WSPC's work on a new Small Launch Vehicle (SLV) on its homepage.

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