The Platinum Cannon Shipwreck
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Chapter 4 Experimental Examples

The production of transmuted isotopes can be achieved by numerous chemical reactions, assuming that one has the basic understanding of the process. In a thermal process, it is necessary to achieve two major components: heat and resonance.

Heat can be generated by several means, but most common is the following general formula:

C + S + KN03 + FeS04 + (0)

There are several variations which can be applied to the above, such as:

K(CN)2 + KN03 + NaN03

Other forms of heat can be generated with gases, although an imminent danger is present with such reactions.

Within the heat matrix a fundamental resonance function is due to SiO2 (silicon oxide) in the form of quartz crystals. SiO2 creates the resonance conditions for the absorption of the energy of the nuclei. Gold (Au) and silver (Ag) act as catalysts of the fission of the basic metals such as lead (Pb) and mercury (Hg).

Since chemical reactions start nuclear reactions, it is useful to counterbalance the "positive" energy obtained by the nuclear fissions of heavy elements (Pb, Hg) with "negative" energy nuclear fissions of the lighter isotopes. To this aim, cadmium (Cd) is an important element. Consider as an example the following matrix of chemicals:

COMMON CHEMICAL MATRIX AND CHEMICAL PURPOSES

  Iron sulfate(FeSO4) 100 grams
Heat Sulfer(S) 80 grams
Generators Carbon(C) 300 grams
  Potassium nitrate (KNO3) 900 grams
Resonance Silicon oxide(SiO2) 120 grams
Generators Calcium oxide(CaO) 30 grams
Catalyst Silver(Ag) 5 grams
Basic Mercury choloride(HgCl) 100 grams
Metals Lead Oxide(PbO) 50 grams
  Cadmium(Cd) 30 grams


The reaction, started by ignition through the joint action of SiO2 and CaO, causes the following nuclear esoenergetic reactions:

(13.2%) Hg201 - a ---> Pt197 --- > Au197 + b
(16.8%.)Hg199 - a ---> Pt195
(22.1%) Pb207 - a (2a + a0) ---> Pt195

and the following endoenergetic reactions:

(51.83%) Ag107 - a ---> Rh103
(48.17%) Ag109 - a ---> Rh105 --->Pd105 + b
(12.2%) Cd113 - a ---> Pd109 --->Ag109 + b
(12.8%) Cd111 - a ---> Pd107 --->Ag107 + b

In what precedes, we have considered only "cold fission" reactions. But maybe other, different nuclear reactions are occurring in the compound.

To synthetically produce precious metals, I have laid out two basic programs. One is with empirically pure chemicals. The second uses mineralized black sands with only a trace of gold.


Next Page


20th Century Alchemy Index
| Preface | List of Contributors | Introduction | History | Explanation of Resonance Reaction |
| Experimental Examples | Analytical Analysis of Experiments |
| Synthetic Production of Precious Metals from Black Sands | Conclusion | Note From The Author |

 


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| Joe Champion | David Hudson(semi-technical lecture) | David Hudson(made easy) | 20th Century Alchemy(3 Chapters) |
| The Platinum Cannon Shipwreck | The Mango Metal Report(3 chapters) | Bookstore |

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