Difference between revisions of "Zero Mass Loss Thruster Devices"
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− | Mechanical devices are often described which claim to produce a net directional thrust from motion confined within the device. Thus far, no such device is known to have accomplished this claim without some reaction force transfer (usually of a viscous or frictional nature) to the external environment. Paul Brown presents examples of arguments sometimes used to justify the mechanical production of net thrust.[[Category:Scientific Paper]] | + | Mechanical devices are often described which claim to produce a net directional thrust from motion confined within the device. Thus far, no such device is known to have accomplished this claim without some reaction force transfer (usually of a viscous or frictional nature) to the external environment. Paul Brown presents examples of arguments sometimes used to justify the mechanical production of net thrust. |
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+ | [[Category:Scientific Paper|zero mass loss thruster devices]] |
Latest revision as of 11:41, 1 January 2017
Scientific Paper | |
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Title | Zero Mass Loss Thruster Devices |
Author(s) | Paul M Brown |
Keywords | Newton?s laws, phased pulses, reaction mass, reactionless propulsion, velocity of force |
Published | 1992 |
Journal | Electric Spacecraft Journal |
Number | 7 |
Pages | 26-32 |
Abstract
Mechanical devices are often described which claim to produce a net directional thrust from motion confined within the device. Thus far, no such device is known to have accomplished this claim without some reaction force transfer (usually of a viscous or frictional nature) to the external environment. Paul Brown presents examples of arguments sometimes used to justify the mechanical production of net thrust.