Geometry.Net - Technology: Propulsion


Home - Technology - Propulsion

e99.com Bookstore

Images

Newsgroups

61-80 of 170 Back | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | Next 20

Propulsion: more books (100)

Sensors for Propulsion Measurement Applications (Proceedings of Spie)
ORIGINAL PATENT APPLICATION NUMBER 962,728 FOR A METHOD OF PROTECTING GROUND SURFACES FROM THE EFFECT OF AIRCRAFT JET PROPULSION GAS EFFLUX. (NORTHERN IRELAND). by Hugh Graham and David Keith-Lucas. Conway, 1962-01-01
G. P. Sutton's O. Biblarz's Rocket8th (Eighth) edition (Rocket Propulsion Elements [Hardcover])(2010) by G. P. Sutton O. Biblarz, 2010
Rocket Propulsion and Spaceflight Dynamics by J.W. Cornelisse, etc., 1979-03
Hierarchical Nonlinear Switching Control Design with Applications to Propulsion Systems by Alexander Leonessa, Wassim M. Haddad, et all 2000-08-17
Superconductor Technology: Applications to Microwave, Electro-Optics, Electrical Machines, and Propulsion Systems by A. R. Jha, 1998-03-24
Field Propulsion by Control of Gravity: Theory and Experiments by Stoyan Sarg, 2009-10-21
ORIGINAL PATENT APPLICATION NUMBER 368,564 FOR AN IMPROVED METHOD OF PRODUCING MOTIVE FORCES FOR THE PROPULSION OF VEHICLES OR AIRCRAFT (MUNCHEN). by Paul. Schmidt, 1950-01-01
Fundamentals of Rocket Propulsion by Jr. Raymond E. Wiech, Robert F. Strauss, 1960
Jet Propulsion Laboratory: Webster's Image and Photographic History, 1949 to 2006 by Icon Group International, 2010-03-29
The Theory of Gravity Propulsion by Larry James, 2003-03-05
Gas turbines and jet propulsion for aircraft: Thermal jet propulsion systems with rotary, reciprocating and combined units. A survey of steam and gas turbines driving airscrews by George Geoffrey Smith, 1944-01-01
PRINCIPLES OF JET PROPULSION AND GAS TURBINES by M.J. Zucrow, 1948
The chemical composition and properties of fuels for jet propulsion by IA. M Paushkin, 1962

lists with details

PROPULSION
http://www.propulsionrecords.com/
Electric Propulsion - University Of Michigan Plasmadynamics & Electric Propulsio
The Plasmadynamics and Electric propulsion Laboratory(PEPL) at the University of Michigan.
http://www.engin.umich.edu/dept/aero/spacelab/

Extractions: 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: 1) To make electric propulsion (EP) devices more efficient and of better performance; 2) To understand spacecraft integration issues that could impede the widespread use of these devices on scientific, commercial, and military spacecraft; and 3) 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.
Male & Female Voice Over Talent, Listen To Voiceovers
Welcome to propulsion Media Labs, a leading source for voice over talent and mediaproduction. We can help. propulsion Media Labs has access to thousands.
http://www.promedialabs.com/

Extractions: As you may have noticed, Propulsion Media Labs is not your typical recording studio. We're a full-service media company offering a "turn-key" voice over solution for hundreds of clients around the world. Our main focus is offering high-end national quality production at local spot rates. Since our inception, we've provided agencies and individual clients with: By utilizing Propulsion Media Labs for voice over talent, our clients save both time and money. Moreover, they have full access to an "on-demand creative team."
Ben's Chemical Propulsion
Tutorials on amateur experimental rocketry, along with videos, launch reports, and pictures.
http://wildmanben.tripod.com/psite/index.html
Ion Propulsion - Over 50 Years In The Making
return to NASA Science News Space Science News home, ION propulsion. Over50 Years in the Making. An attractive (or repellant) idea for propulsion.
http://science.nasa.gov/newhome/headlines/prop06apr99_2.htm

Extractions: Space Science News home April 6, 1999: The ion propulsion system on Deep Space 1 is the culmination of over 50 years of development on electric engine systems in space. Launched on Oct. 24, 1998, Deep Space 1 will be the first spacecraft to actually use ion propulsion to reach another planetary body. Dr. Wernher von Braun, a rocket scientist from Germany, was first introduced to the possibility of electric propulsion in the 1930s, through his mentor, Dr. Hermann Oberth. But von Braun started his career working on chemical propulsion systems. Right: An artist's concept depicts the Deep Space 1 probe with its ion engine operating at full thrust. (Links to
Advanced Propulsion Home Page - JLN Labs
2004. The ElectroHydroDynamics ( EHD) may open new ways in advancedpropulsion. An aol.com. Return to the Advanced propulsion home page.
http://jnaudin.free.fr/html/advprop.htm

Extractions: EHD/EAD Electrogravitics Researches and Experiments created on April 11th, 1999 - JLN Labs - Last update March 16, 2004 The E lectro H ydro D ynamics ( E.H.D.) may open new ways in advanced propulsion. An EHD device uses a direct conversion of electrical energy into kinetic energy. A specially shaped electrostatic field creates an hydrostatic pressure (or motion) in dielectric media. If the media is a fluid like air (or aether), a flow is produced and this produces a motion of the device. A powered flow of medium (like air or aether) within a shaped electrostatic field adds energy to the system which is picked up (as potential difference) by electrodes and thus produces energy
The U.S. Nuclear Weapons Production And Naval Nuclear Propulsion Complex
Annotated list of nuclear weapons facilities operated by the US Government or by contractors on their behalf. Includes date of establishment, function, and other information including links to the official web page of the facility and its contractor.
http://www.brook.edu/fp/projects/nucwcost/sites.htm
Advanced Propulsion Home Page - JL Naudin
All informations in this page are published free and are intended forprivate/educational purposes and not for commercial applications.
http://jnaudin.free.fr/advpmnu.htm

Extractions: Reactionless propulsion and Inertial engines ... The Antigravity Flying Saucer Simulator Very interesting site Alien Technology, back engineered by Paul E. Potter All informations in this page are published free and are intended for private/educational purposes and not for commercial applications The author assumes no liability for any incidental, consequential or other liability from the use of this information. All risks and damages, incidental or otherwise, arising from the use or misuse of the information contained herein are entirely the responsibility of the user. Although careful precaution has been taken in the preparation of this material. Return to the JLN Labs home page
Basics Of Space Flight
The goal of this training module from the Jet propulsion Laboratory is to provide an aid for identifying and understanding the general concepts associated with space flight in general and deep space missions in particular.
http://www.jpl.nasa.gov/basics/

Extractions: Editorial Page T he people of Caltech's Jet Propulsion Laboratory (JPL) create and manage NASA projects of exploration throughout our solar system and beyond. Basics of Space Flight is a training module designed primarily to help JPL operations people identify the range of concepts associated with deep space missions, and grasp the relationships these concepts exhibit. It also enjoys popularity among high school and college students, as well as faculty, and people everywhere who are interested in interplanetary space flight. This website attempts to offer a broad scope, but limited depth, as a background for further investigation; many other resources are available, of course, for delving into each of the topics related here. Indeed, any one of these topics can involve a lifelong career of specialization. This module's purpose is met if the participant learns the scope of concepts that apply to interplanetary space exploration and the relationships among them. Basics of Space Flight is intended to be used online via the worldwide web (http://www.jpl.nasa.gov/basics). There are interactive quizzes to let you check your own progress; no records are kept. No academic credit is offered for completion.
WELCOME TO JPL ROBOTICS PAGE
In Depth Cliffbot Cliffbot Bulldozer Bulldozer Rovers. WITS WITS. LemurLEMUR. MRE MRE. WELCOME TO THE JET propulsion LABORATORY, ROBOTICS PAGE.
http://robotics.jpl.nasa.gov/

Extractions: This task is developing and implementing a comprehensive control architecture for multiple, disparate, interacting, planetary rovers. The control of these systems will utilize the architecture to implement artificial intelligence techniques for autonomous sequence planning, error handling, and recovery during surface operations in an unknown terrain.
Aerodynamics For Students : A Web Site Dedicated To Theoretical Aerodynamics
A web textbook from the University of Sydney that covers undergraduatelevel aerodynamics, fluid dynamics, aircraft performance and propulsion. Investigates the significance of pressure distribution on an aerodynamic body and the estimation of lift, drag and pitching moment of an aerofoil from the pressure around it in flight.
http://www.ae.su.oz.au/aero/aerodyn.html
Field Resonance Propulsion
JSC16073 (NASA-TM-80961) FIELD RESONANCE propulsion CONCEPT (NASA) N80-19184 13p HC A02/MP A01 CSCL 21C G3/20 14761 - August 1979 NASA - National Aeronautics
http://www.keelynet.com/energy/holt1.htm

Extractions: Lyndon B. Johnson Space Center A new propulsion concept has been developed based on a proposed resonance between coherent, pulsed electromagnetic wave forms and gravitational wave forms (or space-time metrics). Using this concept, a spacecraft "propulsion" system potentially capable of galactic and inter-galactic travel without prohibitive "travel times" has been designed. The "propulsion" system utilizes recent research associated with magnetic field line merging, hydromagnetic wave effects, free-electron lasers, laser generation of megagauss fields, and special structural and containment metals. Research required to determine potential, field resonance characteristics and to evaluate various aspects of the spacecraft "propulsion" design is described.
Free Energy Propulsion Magnetic System
A proposed theory on how to challenge Newton's Third law of motion and make a free energy propulsion system.
http://magnetic.propulsion.mysite.freeserve.com
SME Propulsion - Solid Propellants, Demilitarisation Of Chemical Munitions, Gas
Design, development and production of solid propellants for strategic missiles orspace propulsion. Expertise in the demilitarisation of chemical munitions.
http://www.sme-propulsion.com/

Extractions: Design, development and production of solid propellants for strategic missiles or space propulsion. Expertise in the demilitarisation of chemical munitions. Development and commercialisation of gas generators and oxygen candles. Design, development and production of solid propellants for strategic missiles or space propulsion and other energetic molecules and raw materials. SME Propulsion Composite propellants, propellant polymer, propellant... SME Propulsion, ammonium perchlorate, composite propellant, demilitarisation of chemical munitions, gas generator, oxygen candles, propellant, propellant loading, propellant polymer, propellant powder, solid propellant, solid propulsion, space propulsion, strategic propulsion, composite propellants, gas generators, propellant loadings, propellants polymers, propellants powders, solid propellants.
Dimensions In Special Relativity
Most elaborate Euclidean interpretation of special relativity to date. A geometric relation between mass and photons shows that mass itself must be the boson in gravity. Theoretical applications in propulsion and unification of fields.
http://www.rfjvanlinden171.freeler.nl

Extractions: You will find here an Euclidean interpretation of special relativity, parts of which are not unlike the many similar attempts that have already been made by both professional and amateur physicists to demystify its predictions about time dilation and length contraction. While this is often the sole purpose of the alternatives for the Einstein-Minkowski original, this version goes much deeper and uses it as the starting point for a potential entrance to unification of the four forces of nature and a promising way forward to direct manipulation of momentum without the need for propellant. The reader should be prepared to enter an Euclidean world that is perhaps even less intuitive than the classical Minkowski interpretation of special relativity. High demands are placed on imagination, in particular in multi-dimensional geometry and the interpretation and role of the time dimension.
Rocket Propulsion - Page 1
An overview of rocket propulsion including basic thrust equation, enginedesign considerations, and example problems. ROCKET propulsion, Page 1.
http://www.braeunig.us/space/propuls.htm

Extractions: Isaac Newton stated in his third law of motion that "for every action there is an equal and opposite reaction." It is upon this principle that a rocket operates. Propellants are combined in a combustion chamber where they chemically react to form hot gases which are then accelerated and ejected at high velocity through a nozzle, thereby imparting momentum to the engine. The thrust force of a rocket motor is the reaction experienced by the motor structure due to ejection of the high velocity matter. This is the same phenomenon which pushes a garden hose backward as water flows from the nozzle, or makes a gun recoil when fired. Thrust Thrust is the force that propels a rocket or spacecraft and is measured in pounds, kilograms or Newtons. Physically speaking, it is the result of pressure which is exerted on the wall of the combustion chamber. The figure to the right shows a combustion chamber with an opening, the nozzle, through which gas can escape. The pressure distribution within the chamber is asymmetric; that is, inside the chamber the pressure varies little, but near the nozzle it decreases somewhat. The force due to gas pressure on the bottom of the chamber is not compensated for from the outside. The resultant force F due to the internal and external pressure difference, the thrust, is opposite to the direction of the gas jet. It pushes the chamber upwards.
Solomon Technologies
Manufacturer of electric propulsion system to replace fossil fuel motors of 10hp to 24hp. Powering boats from 28' to 50' with full regeneration technology.
http://solomontechnologies.com
Putnam Homepage
http://www.putnampropulsion.com/
Snecma Propulsion Solide
Translate this page Présentation. Snecma propulsion Solide Le spécialiste des moteursà propergol solide et des composites thermostructuraux. Snecma
http://www.snecma-propulsion-solide.com/
Deep Space 1: Advanced Technologies: Solar Electric Propulsion FAQ
A beginner's overview of ion propulsion.
http://nmp.jpl.nasa.gov/ds1/tech/ionpropfaq.html

Extractions: Ion propulsion is a technology that involves ionizing a gas to propel a craft. Instead of a spacecraft being propelled with standard chemicals, the gas xenon (which is like neon or helium, but heavier) is given an electrical charge, or ionized. It is then electrically accelerated to a speed of about 30 km/second. When xenon ions are emitted at such high speed as exhaust from a spacecraft, they push the spacecraft in the opposite direction. What implications does this technology have for space exploration? If DS1 shows that electric propulsion works as well as is expected, there will be many new missions that will take advantage of it. Deep Space 4 is expected to use four ion engines to fly alongside a comet in 2004 so that it can land. Ion propulsion is not of value for missions that require high acceleration, and it often will not be worthwhile for missions that can be done quickly using conventional propulsion systems (such as missions to the moon). But for a wide variety of missions with high energy requirements (such as missions to asteroids and comets, Mercury and the inner solar system, and some to the outer solar system), the low but steady acceleration of ion propulsion wins out over the less efficient bursts from chemical alternatives.

61-80 of 170 Back | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | Next 20