OEF Explains precisely & simply without ambiguity
OEF Laws of Temperature precisely explain Charles' Law, Boyle's Law, Adiabatic Phenomena, Entropy, Refrigeration, Combustion and Nuclear Energy.
Conventional random chaotic molecular vibration collision kinetic theory cannot explain these Laws.
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.