INTELLIGENT DESIGN THEORY – CREATIONISM VS. EVOLUTION AND THE WORLD'S THREE MOST IMPORTANT YET MOST DISBELIEVED EVENTS
Chapter 2. Nuclear Waste Disposal
Using Intelligent Design Theory
Nuclear waste
nuclear waste disposal can be accomplished through a process of electronic radioactive isotope treatment. Using
Intelligent Design premises I scientifically developed a model of the atom, shown
in Chapter 9 on the
H2 Atom Model and the H2 Structure of
Atoms and as opposed to the
Bohr atom
model. The Intelligent Design Theory
structure of the atom clearly demonstrates two basic principles as discovered
by both conventional scientists and the
RATE group (Radioisotopes and the Age
of the Earth) of creation scientists. These scientists verified that twice
during the history of the earth, there were periods of rapid radioactive
isotope nuclear decays. My structure of the atom shows how nuclear waste can be
rapidly neutralized today.
Nuclear Waste Disposal
From Chapter 9 we now know that nuclei are combinations of proton-electron-proton (PeP)'s with one electron on the outside of the PeP combination, trying to get between the two protons, but repelled by the electron that is already between the two protons. Let us look at U-235. U-235 is not 92 protons and 143 neutrons as nuclear scientists believe.. It is 92 PeP's and 51 neutrons (Pe). We know that neutrons cannot exists in space without separating with a mean life of 932 seconds.
The neutrons are highly unstable, but captured between the PePs, so the entire uranium atom does not disintegrate within 932 seconds unless heat is added (a nuclear explosion), but it is easy therefore to extract an electron from the neutron. If we slowly extract an electron, the free proton immediately combines with another neutron to form the stable PeP. In this reaction, tremendous heat results because of the intense attraction of the neutron for the free proton. This can be seen by Equations 1 or 2.
(1) 2(Pe - e + Pe) _________> 2PeP + 2e ________> H2 + Heat
(2) In U-235, Pe + Pe _____> PeP + e + Heat _______ > H2 + radon + a lower, more stable element
Simply stated, we must remove an electron from a neutron, leaving a free proton that quickly combines with another neutron because of the electric attraction, making PeP. Heat is generated. Then we must quickly put the electron back to make a stable PeP in the uranium atom, or if the PeP escapes, the electron we are adding back makes H2. When we put the electron back, heat is again generated because of the strong attraction of the electron for the PeP.
This can easily be done by putting conductive plates on each side of the radioactive material and connecting it to an alternating current like a capacitor. Probably no radiation is given off because of the immediate combination of the free proton with another neutron. Actually, the amount of normal dormant radiation should be decreased, because an unstable neutron causing the radiation is being neutralized internally by the neutron the proton combines with. It is the deadly neutrons that can penetrate lead or boron that are being neutralized.
Of course, the material must be cooled as the process takes place. We would first start with a very low voltage alternating current. We would gradually increase the voltage until the reactions begin to take place in very low amounts. We would then increase the frequency to find what frequency eliminates the release of H2. If H2 is always produced, it can be collected and uses as a source of heat energy when burned, or put to other beneficial uses.
So this invention comprises a capacitor with the radioactive material between the plates. The material to be treated may be on a conductive conveyor belt for continuous deactivation of material. Cooling must be provided either by passing water through cooling coils or other refrigerant means. Alternating current is applied to the capacitor plates and the voltage and frequency is adjusted for the best deactivation of the material.
It is obvious that many modifications and improvements may be made to this invention without departing from the teaching of this disclosure. The teaching is that radioactive material can be deactivated by placing the material between two plates having an alternating current applied.
An Intelligent Design theory view
of my
H2 Atom Model and the H2 Structure of
Atoms clearly shows that reducing pressure, increasing
temperature and ionization can result in rapid decay of radioactive materials
by several orders of magnitude. These conditions obviously occurred at the
times of creation and the Flood and are occurring in space today. This
knowledge can be used to solve today's enormous problem of nuclear waste
management and disposal. To treat radioactive waste, simply place the material between plates of a capacitor in a lead and
10boron
(or other conductive metal)
vacuum chamber, draw a vacuum, increase the temperature and vary the frequency
and amplitude of the voltage until electrons are drawn off the capacitor and
protons impinge on the lead and
10boron
container. Cool this container and ground it
through a resistor so that voltage and current of the released electrons can be
measured for control of the experiment. Nuclear waste can be quickly decayed to
stable products such as gold, platinum and lead. The current through the
resistor may be usable as a nuclear power source.
Nuclear waste disposal can be accomplished through a process of electronic radioactive isotope treatment. All
it takes is a little Intelligent Design Theory.
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