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Issue 17 - Free-Energy Devices

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and ball segments 2, 3. The electrical parameters<br />

are registered by devices and oscillograph. In<br />

generator mode the described electrostatic<br />

machine is driven by ball 1 rotation through<br />

rotation axis 8 from above mentioned drive<br />

motor 9. In this mode the electrical potential is<br />

supplied only to segment 5. For realization of<br />

electrostatic propulsion mode the high voltage<br />

from source 20 is supplied both to segment 5<br />

and rotation axis 8 or to the ball itself via brush<br />

10. Change of direction of magnetic field is<br />

registered by compass 26 and shaft 6 rpm – by<br />

tachometer 27.<br />

COMBINED OPERATIONAL MODE OF<br />

EXPERIMENTAL PLANT<br />

The physical model permits to realize combined<br />

operational modes of this combined electrical<br />

machine. Particularly, simultaneous operational<br />

mode of electrostatic motor-generator or<br />

combination of generator mode of electrostatic<br />

machine and propulsion mode of unipolar<br />

machine etc.<br />

PRINCIPAL RESULTS OF<br />

EXPERIMENTAL INVESTIFATION ON<br />

FULL PHYSICAL MODEL (FIG. 2)<br />

All these separate and combined modes of this<br />

combined electrical machine have been<br />

investigated on a given physical mode.<br />

The experiments have shown the following:<br />

1. Real existence and possibility to realize<br />

effects of unipolar and electrodynamic<br />

induction in physical model of the Earth electric<br />

machine as well as arising of electromotive<br />

forces from given inductions and circular<br />

currents in discs and ball.<br />

2. This combined electric machine is able to<br />

operate in engine and generator modes both<br />

simultaneously and separately.<br />

3. The magnetic field of rotating ball 1 of<br />

given design can be created only from ball<br />

rotation by inducing emf and arising of circular<br />

current along the ball equator from external<br />

electrical field of segment 8 ( in this experiment<br />

the magnets were removed from ball 1).<br />

4. The direct dependence of combined engines<br />

rpm on applied voltage values was revealed.<br />

5. The direct dependence of generator voltage<br />

on angular velocity and intensity value of<br />

external magnetic and electrical fields was<br />

revealed.<br />

6. The effect of electrodynamic induction emf<br />

and induced current arising in artificial current<br />

circuits with load (4,16) when rotating ball 1<br />

was revealed.<br />

METHOD FOR DERIVING AND<br />

CONVERTING THE EARTH ROTATION<br />

ENERGY AND ENERGY OF ITS<br />

ELECTROMAGNETIC FIELD INTO<br />

USEFUL ENERGY.<br />

How is it possible to use effectively this planet<br />

enormous and renewable energy and natural<br />

processes of natural electricity generation on<br />

the planet for producing cheap electric power?<br />

While understanding more completely the<br />

geomagnetic electromechanical effects on the<br />

planet and planet generation of natural<br />

electricity and in connection with power and<br />

ecology problems of our civilization this<br />

scientific-practical task is being become<br />

question of present interest.<br />

Alternative circuit geomagnetic electrical<br />

power engineering<br />

Since the magnetic and electric fields of the<br />

planet are fixed in space and the planet surface<br />

is rotating relative to geomagnetic and<br />

geoelectric lines of force, the unipolar and<br />

electrodynamic emf is being induced in all<br />

current-conducting circuits of the planet which<br />

intersect geomagnetic lines of power.<br />

It is rather understandable that in any artificial<br />

current -conducting conductor and circuit the<br />

unipolar emf will be also induced. Its value<br />

depends on the conductor length, the<br />

geomagnetic field parameters in place of its<br />

location and position of the conductor relative<br />

to the geomagnetic lines of force. The<br />

estimation has been shown that in conductor<br />

1km length oriented in the direction west-east<br />

the unipolar emf from EGMF will be equal<br />

several tens of volts independently on the<br />

latitude. In such closed circuit consisting of two<br />

conductors 100km length and minimal internal<br />

resistance located perpendicularly to the<br />

geomagnetic lines of force with magnetic<br />

shielding of the second parallel conductor the<br />

power being generated will be tens of mVt. The<br />

22 New <strong>Energy</strong> Technologies, <strong>Issue</strong> #3(18) 2004

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