OEF Nuclear Maths Proof
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Nuclear Energy OEF Maths Proof
How Nuclear Energy Works without “Mass Loss” – Einstein’s Hoax?
Key to Values & Symbols used:-
22.4 (Litres) – One Avogadro Mole. 6.02 * 10^{23} is the Avogadro Number,
R_{EU235} – Radius of Orbit of U_{235} @ STP,
f_{Eu235} = Electron Orbit Frequency of U_{235} at 20º C = 2.08E+09 STP,
V_{OEF EU235} – U_{235} Orbiting Electron Peripheral VelocityC_{Nuclear} – Nuclear Gravitation Constant 6.673E+15 cm^{3}g^{-1}s^{-2}
R_{B} – Boron Electron Orbit Radius – one by-products of Nuclear Fission
M_{B} – Atomic mass of Boron – one of several by-products of Nuclear Fission
f_{B} – Orbiting Electron Frequency – Temperature of Nuclear Boron
T_{Nuclear} – Nuclear Heat Energy Temperature given in º C – QED
Term |
Synbol |
Formula |
Worked Value |
Units |
Volume_{U235} |
Vol_{U235} |
= 22.4 * 1000 / (6.02 *10^{23}) |
3.721E-20 |
cc |
OEF Radius_{U235} |
R_{EU235} |
= 0.5 * (Vol_{U235})^(1/3) |
1.669E-07 |
cms |
U_{235}OEF_{velocity } |
V_{OEF EU235} |
= 2 * PI() * R_{EU235} * f_{EU} |
2.177E+03 |
cms/sec |
OEF Radius_{Boron} |
R_{B} |
= C_{Nuclei} * M_{B} / V_{OEF EU235}^{2} |
2.526E-14 |
cms |
OEF_{BNuclear} |
f_{B} |
= V_{WEU} / 2 * PI() * R_{B} |
1.372E+16 |
Gigahertz |
Temp_{Nuclear} |
T_{Nuclear} |
= f_{B} / 0.1038E+9 |
1.321E+08 |
º C |
Temp_{Nuclear} |
T_{Nuclear} |
132 Million º C |
132,142487 |
º C |
Q E D
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Precise OEF Concept of Temperature, Heat & Thermodynamics
Proof of other OEF Concepts
What is temperature? Microwave Oven Proof!
Temperature is the frequency of the orbiting electrons of atoms & molecules. viz. TEMPERATURE IS ORBITING ELECTRON FREQUENCY – OEF. Orbiting Electron Frequency is 0.0027 GigaHertz per deg Kelvin Orbiting Electron Frequency at 0^{º} C is about 0.74 GigaHertz. 100^{º} C is an OEF of about 1 GigaHertz.
Microwave Oven Frequency range is further Proof that- Temperature is Orbiting Electron Frequency
Temperature cannot be random chaotic molecular motion – it has no measure.
OEF figures are supported experimentally by Microwave Ovens of the real world.
For quick 30 sec heating of food, Microwave Ovens use 2.45 GigaHertz temperatures of 245^{º}C.
It is not possible to explain How Microwave Ovens Work by Einstein’s “Random Chaotic Molecule Motion”.
Reductio Ad Absurdum
a) If there are several alternative concepts.
b) Eliminate
If there are a number of contradictory concepts or
Two contradictory concepts: –
A) Random Chaotic Molecular Vibration – Einstein’s Kinetic Theory of Heat
B) Precise & Orderly Orbiting Electron Frequency – OEF – Temperature!
Consider concept A)
Conventional kinetic theory of Heat – Heat is random chaotic molecular collisions & vibrations !
Reductio ad Absurdum – Latin meaning – To reduce to absurd – Proof:
1) Chaos – means disorder and confusion and inability recognise or obey laws.
2) Random – means having no specific pattern or purpose .
3) Laws in thermodynamics are precise
4) To obey precise thermodynamics laws with chaos & random? Impossible!
Practical Electron Microscope Proof:
5) For a scanner to work, the original must be still.
7) Electron microscopes work, scanning molecules – these show molecules to be stationary.
8) This is proof molecules are still and not in chaotic vibration.
9) Orbiting Electrons cannot be observed by electron microscopes.
Practical Thermodynamic Proof:
10) If gas molecules resembled bouncing billiard balls of constant diameter,
then very high adiabatic compression should convert it into a liquid if not a solid.
11) Since that never occurs the kinetic (molecular vibrating) theory is flawed.
12) In refrigeration expansion, the “average kinetic energy of the molecules” – Kinetic theory definition of Temperature –
should remain the same – but temperature does drops proving the Kinetic theory is flawed.
Consider concept B)
OEF Laws of Temperature precisely explain Charles’ Law, Boyle’s Law, Adiabatic Phenomena, Entropy, Refrigeration, Combustion and Nuclear Energy.
In a gas electron, orbits expand to fill the containing vessel.
In adiabatic compression, Entropy – Orbiting Electron Peripheral Velocity is constant, so when compressed, to a smaller radius, Orbiting Electron Frequency (or temperature) is increased (and vice-versa) like an ice skater controlling spin speed by moving arms in and out.
In refrigerant expansion, Entropy – Orbiting Electron Peripheral Velocity is constant, so when expanded, in an evaporator to a larger radius, Orbiting Electron Frequency (or temperature) is decreased like an ice skater slowing spin speed by moving arms out.
Combustion A chemical change, especially oxidation, accompanied by heat and light, because Entropy – Orbiting Electron Peripheral Velocity is constant, so when compressed, to the smaller radii, of the new chemical compounds formed, Orbiting Electron Frequency (or temperature) is increased, usually accompanied by pressure increase if gaseous, if the increased pressure is greater than 1.9 bar , the change is faster than mach 1 – an explosion.
Nuclear Energy & Explosions: A nuclear change, accompanied by heat and light, because Entropy – O.E.P.V. is constant, so when compressed, to the smaller radii, of the smaller new nuclear molecules formed, O.E.F. (or temperature) is increased, accompanied by pressure increase, if change results from exceeding critical mass pressures greater than 1.9 bar produce flow velocity faster than mach 1 – and a nuclear explosion.
conservation of mass: It is important to note that in chemical and nuclear explosions the elementary particles of matter are neither created nor destroyed only changed.
Using OEF Laws of Temperature and today’s computers it should now be possible to predict the behaviour of any molecule melting point, boiling point, from a knowledge of its elementary nuclear electronic satellite constituents.
OEF Laws of Temperature can assist in finding the elusive Unified Theory of Matter.
Entropy – Orbiting Electron Peripheral Velocity is constant – Newton‘s Laws of Motion & Gravity.
In adiabatic compression, Entropy – Orbiting Electron Peripheral Velocity is constant, so when compressed, to a smaller radius, Orbiting Electron Frequency (or temperature) is increased (and vice-versa) like an ice skater controlling spin speed by moving arms in and out.
In refrigerant expansion, Entropy – Orbiting Electron Peripheral Velocity is constant, so when expanded, in an evaporator to a larger radius, Orbiting Electron Frequency (or temperature) is decreased like an ice skater slowing spin speed by moving arms out.
States of Matter: Entropy is Orbiting Electron Peripheral Velocity.
Solid – a state of matter in which Orbiting Electrons Peripheral Velocity is
less than the Escape Velocity relative to the Molecular Nucleus.
In solids molecules are constrained by significant interlocking of electron orbits
Liquid – a state of matter in which Orbiting Electrons Peripheral Velocity is
equal to the Escape Velocity relative to the Molecular Nucleus.
In liquids there is almost no expansion because of content satellite orbits.
Gas – a state of matter in which Orbiting Electrons Peripheral Velocity is
greater than the Escape Velocity relative to the Molecular Nucleus.
In a gas there is maximum expansion with containment and no interlocking of orbits.
The Orbiting Electron Frequency of all matter at the same temperature is the same
The higher the temperature, the higher the Orbiting Electron Frequency -OEF
Heat only flows from hotter bodies to colder bodies – higher OEF to lower OEF
If there are a number of conflicting concepts, and the impossible concepts are eliminated,
what ever remains however improbable it may seem is the truth – Sir Arthur Conan Doyle.
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