Well, Fred is no doubt grinning like the Cheshire cat from some unknown vantage point about that old post.
Colonel Sanders too. Think of the time that could be saved. -----Original Message----- From: Horace Heffner On Mar 11, 2006, at 5:22 PM, Frederick Sparber wrote: In thread: "Re: Idiopathic Thermogenesis, Electronium & Potassium-40?" Spontaneous Human Combustion,SHC. Random K40 concentration? > SCC Spontaneous Chicken Combustion. In Kervran's Chickens? > > http://www.journaloftheoretics.com/Articles/1-3/IT-final.html > > "This accumulation of radioactive isotopes within the cell serves > as a basic component of radiogenic metabolism and, may also, be > accelerated in times of stress or disease. When accompanied by > increased free radical production, the chance for a positron- > electron reaction multiplies. Similarly, documented ingestion of > known radioactive materials, e.g., potassium supplements such as > those taken by KF, will further increase the matter-antimatter > potential and the likelihood of an intracellularly-mediated nuclear > event (51). > > In addition to the electron-positron mechanism to produce high- > energy gamma radiation within the cells capable of producing a > photodisintegration event, the K40 itself provides an abundant > supply of gamma radiation. K40, the most commonly occurring > radioactive source within the human body, represents two-thirds of > our internal radiation. It is found intracellularly, predominantly, > in the lean mass of human tissues. Each day, 0.12 uCi (micro > Curies) of K40 in the average man emits 41 million gamma rays (1.46 > MeV), 300 million beta rays (.56 MeV), and 500 million delta rays > (various energies). The biological half-life of K40 is 30 days (51). > > K40 not only effects intracellular H2O but also comes into contact > with intracellular D2O (deuterium oxide). Deuterium atoms are rare; > sources differ in the natural abundance of deuterium, ranging from > 1 part in 4000 to 1 part in 7000 (1:4000 or 1:7000) with an average > of approximately 1:6000. Subsequently, of all the water a person > drinks, or comes in contact with, 1 drop in every 6000 drops will > be a drop of heavy water (52). The photodisintegration of > deuterium, releasing a proton and neutron, can be accomplished with > as little as 2.225 MeV (calculated cross section). " > Best regards, Horace Heffner http://www.mtaonline.net/~hheffner/
