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Energy Accumulation

Energy Accumulation Techniques

Energy order of mass (mechanical energy)

In this technique, we will use magnetized blades as kinetic energy quanta:

1. System items:

• Magnetized blades.
• Blades gun generates blades at velocity v.
• Rubber strings sheets as reflection planes.
• Continuous magnetic field.

• Pulse magnetic field.

2. System pictorial:

3. System functionality:

• Blades gun releases a magnetized blade with vertical N-Pole (vertically polarized blade)
• The released blade with velocity v will enter in the gap between the rubber strings that form the sheet (the blade is very thin and the separation between one rubber string and the other is large enough).
• The continuous magnetic field will force the blades that pass it to rotate 90 degrees such that the N-Pole becomes horizontal especially at the end of the magnetic field pole (it gradients from vertical to horizontal).
• The horizontal N-Pole blade will hit the rubber strings and will reflect (it must collide with the rubber strings and then it will repulse like a reflection).
• Then the blade will continue in reflection along the four rubber strings and it will loop there supposed that the velocity of the blade does not damp.
• When the accumulated kinetic energy of the blades is needed to be released, a pulse magnetic field is applied such that each blade pass beside it will rotate 90 degrees such that after the blade reaches the end of the magnetic field pole it must be vertically N-Pole blade again.
• All the blades will leave the loop until the pulse magnetic field stop.
• The main constrain on this procedure is that the vertically and the horizontally N-Pole blades should not collide at the entering gate of the rubber strings (at the blades gun end).
• For the blades to traverse freely inside the loop, the blades separation at releasing from the blades gun must be (it's constant between each two blades due to the constant velocity v) greater than 2L where L is the reflection volume of the blade at the rubber strings. In addition, the reflection time of the blade at the rubber strings must be zero.
• The loop length must be 2mL where m is a constant and L is the blade length.
• When the blades gun releases m blades, it will wait a time dt before it releases other blades. For the loop length to be utilized for high density, dt must be enough for a distance W (blade width) under the velocity v, that is dt=W/v. After a certain time, the blade density in the loop must be a maximum and any additional blade will start preventing correct reflection and will destroy the accumulation system.

4. Accumulated energy: it's the over all kinetic energy of the blades.

Energy order of electron (electrical energy)

In this technique, we will use electrons as kinetic energy quanta:

1. System items:

• Evacuated tube.
• Reflection plates (high conductive metals).
• Voltage sources.
• Electron boiler or electrons source.
• Metallic thin rings.
• Metallic wide ring.

2. System pictorial:

3. System functionality:

• Electron boiler generates an electron, using V_heater.
• V_pull pulls the electron to the middle of the charge ring.
• V_a, the accelerator voltage, accelerates the electron until it hits the faced plate.
• Before hitting, the electron enhances some electrons on the faced plate buddy because it passes through a metallic ring (induces electrons).
• The reflection plate has a buddy plate (they are like a condenser) ,
• The electron that hits this plate will reflect.
• The process of acceleration-reflection continues until the electron jumps by it's accumulated energy to the initial source plate and repeats reflection-acceleration.
• When the accumulated beam needs to be released, one of the reflection rings is disconnected and then the beam will puncture the capacitor and leave the loop.

*One similar practical system is below (used mainly to measure the reflectance ratio of electrons):

Va is very high, in the order of 10000 volts.
Conductor is of very small resistance in ohms. Wires must be cooled in liquid Helium or another equivalent system.
Ring cylinders are thick conductive metals act as shields of induction of electrons.
Thick sheet plates are conductive metal sheets forms a condenser like, separation distance is very small. Area of such sheets is in 10s of centimeters.

The battery Va will inject electrons in the loop (I, II, III, Va). Electrons will travel in wires at speed close to that of light, when the beam reaches the plates it’ll try to turn 90^o to continue on the next wire, this will cause some electrons to enter the plate (consider it centrifugal force). The ring cylinder will induce electrons in the plate which are enough to reflect most of the entered electrons so that they keep traveling to the second wire with small delay.

Condenser C_IV will catch some electrons and will prevent them from going to the source Va, instead they’ll continue with their kinetic energy to C_I during which the Va source can be balanced to substitute lost electrons, thus at C_I electrons (carriers) will be increased., another source Vs can be used to accelerate electrons in  wire_IV if needed.

With time, voltage in the loop will be higher than that of Va, Va is considered to be of fixed level.
The condenser Ca will hold the transient voltage increase and will decay it into Va, a high voltage-current diode is used to prevent the decay such that the voltage will accumulate into Ca and will be higher than Va.

 Energy order of photon (light energy)

In this technique, we will use photons as energy quanta:

1. System items:

• Three reflection mirrors for horizontal polarity photons.
• One prism, that it is a mirror for horizontal polarity photons and a transparent path to the vertical polarity photons.
• Continuous horizontal polarity unifier for photons.
• Pulse vertical polarity unifier for photons.
• Laser beam source, it's a vertical polarity photons source with wavelength λ and frequency υ.

2. System pictorial:

3. System functionality:

• The vertical polarity photon enters the prism, when it passes near-into the horizontal polarity unifier, it inverts to a horizontal polarity unifier.
• Next, the photon will hit the mirrors and will reflect. It loops reflecting each time it hits a mirror or prism.
• A horizontal polarity photon does not effect by the horizontal polarity unifier.
• With time, the photons accumulated inside the loop. When it's needed to release them , the pulse vertical polarity unifier will invert each photon in the path to a vertical polarity photon and so all the photons released until the pulse vertical polarity unifier stops.

4. Accumulated energy :

• The accumulated energy inside the beam is :

• The factor 5 is due to that a four reflection volumes and one energy volume.
• If accumulation time is large, the loop will destroy, the mirrors will no longer react to the energy.

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Eng. Ibrahim M. Hijazi.
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Last updated: April 10, 2003.