The Centrifugal Device.
The describing device converts radial motion of the reacting mass along a special trajectory inside the device, into forward motion of the whole device and can be used for creating propulsion for in-space purposes such as high precision maneuvers of spacecrafts instead of jet engines and Control Moment Gyroscope (CMG), using now.
Proposing device has a very simple design and works as describing below. As a reaction mass possibly to implement any liquid with sufficient density, for example water in this case. Electrical motor on the bottom of the device connected with centrifugal impeller by an axle. Centrifugal impeller mounted on the top of cone shaped hull of the device inside it, coaxially to the axis. Rotating by motor, impeller generates difference of pressure between its center and external radius, so water moves up to impeller. Then liquid, accelerated by centrifugal impeller, moves to conical shaped walls of hull and then moving along that walls downwards, finally losing its speed and kinetic energy. Propulsive force generated by transmission of energy from water to conical hull and in general, due to the difference of speed and longitude of way between up and down directions.
Its quit obviously that its necessary to provide a periodical, non continuous working cycle of the device. Otherwise, the system reaches its saturation over several working cycles and it significantly reduces propulsive force. Thats why its necessary to implement a valve system between impeller and conical part of hull of the device. So, the effectiveness of this method also depends on amount of liquid, involved in each impulse, interacting with a conical reflector.
For getting more performance it is possible to use acceleration of mass by laser beam or direct electricity effect, i.e. Light Hydraulic Effect or Electric Hydraulic Effect.
For additional information see also:
http://alexfrolov.narod.ru/wvd.html
http://alexfrolov.narod.ru/ruswatervortex.html
http://www.evert.de/ap0707e.htm
http://prometheus.al.ru/phisik/koinash.htm
http://www.sciteclibrary.ru/rus/catalog/pages/7830.html
http://www.sciteclibrary.ru/rus/catalog/pages/7261.html
