>What happens to the chemicals when the chemtrails or smoggy haze is >"busted?" > >Lance >[EMAIL PROTECTED] > >----- Original Message ----- >From: "Richard Kalin" <[EMAIL PROTECTED]> >To: <[EMAIL PROTECTED]> >Sent: Wednesday, March 19, 2003 8:41 AM >Subject: Chembuster Plans > > >> >> >> http://educate-yourself.org/ct/goodbyects10jan02.shtml >>
Lance, et. al., I dunno, but I might venture a few guesses based on observation of the ether when a stagnant, murky, hazy, oppressive condition changed over to vibrant and cheerful . I think oxygen is key, it carries the etheric organization, whether organization or disorganization. Whe you have pollution and disorganization and the Sun's rays percolate down through there and one of the results is ozone. Only if the ozone just sits there and doesn't react with the rest of what's up there, do we have a drought. If the ozone decides to react the haze clears. Then clouds form and the cloud ceiling comes down, the definitios and degree of concentration of the clouds increase and there's more of a tingle in the air. If one had a way of working with the oxygen in our environment, pareticularly in the atmosphere, we would clear it up, or you might say it would clear up. It was Courtney's contention that what he called "Energy Balancing Procedure" by applying all of the BD preps sequentially, first the horn applications of 500 and 501, then barrel compound and horsetail (508) in a tight sequence. This would commonly be done starting with 500 first evening, 501 nesxt morning, barrel compound that evening and ending with horsetail the following morning. Two days back to back. In Courtney's words, "The preps will draw to them what they need within the farm organism. If you need rain, you 'll get rain." I think it might be more revealing to look at this process in terms of oxygen instead of rain. When the ozone reacts with water in the atmosphere, does this make hydrogen peroxide, and if so to what degree? Does the degree vary? How widely? Are there any known cirsumstances that vary in any predictible way corresponding to what oxygen was doing or not doing at that time in the atmosphere. You know, one of my first misconceptions my teachers had to get me to expell before I could seriously study chemistry, was that chemical reactions went in only one direction--as for instance chlorine does when it encounters sodium. That's one that does go in one direction to a high degree, but under certain conditions this reaction reverses to a high degree. What I realized was that ALL chemical reactions are reversable under certain conditions. The conditions being the existing parameters of fluctuating variables. Basically all chemical reactions go both directions and what a chemist looks for is an equili reaction. What the industrial chemist/engineer must do is see what can and must be done to shift the equilib rium in a desired way and produce something with chemical activirty within a normal environment. It might be nice if someone did a study of the pathways and conditions for oxygen's activities in the atmosphere under various conditions. And, of course there's a chance someone has. Which means a search of the literature might be a good idea. It also would be good to better pin down the roles of sulfur and phosphorous, both in the atmosphere and in the plant. Such a survey is worth looking through the literature to see what you found. Surely you'd find something. When it comes to living organisms that contain within them their patterns of organization--as compared to the rocks and bodies of water whose organizational patterns are generalized throughout the environment.--their chemical equilibria are exceedingly sensitive and complex. Evershifting, and probably none of shifts any faster than brain chemistry. Anyway, I know brain chemistry is pretty complex. The Budha seemed to think that there were 17 trillion thought events per second. I'd say, based on my own biofeedback work, that sounds about right. I might have picked a similar figure. Hmmm. In any event oxygen is bound to have a pathway from free oxygen, or as Steiner referred to it, "dead" oxygen in the atmosphere to bound ,or "living" oxygen in the water and in the earrth. This pathway or pathways could be determined--and to some degree must have been determined--satisfactorily in the literature We should keep in mind that homeopathic preparations can have some strong influences on the chemical equilibria of the life forms on our farms. I think that's pretty well established, though I might know some who would argue. Well, I'd better get to bed. Hugh . What is the effect on the chemistry of polluted air? How does hydrogen peroxide react with pollution? Peroxide's still a free radical, though somewhat more muted than ozone. Isn't that hydrogen peroxide somewhat better than benigfn in regard to the pollution? There was a guy up in Ontario that sent me compost samples for some time. My test showed the piles that had been built with a mix of water with a little hydrogen peroxide were much more vital with the beneficial aerobicial action. The increase in vitality was pretty significant, as I recall. Seems to me if you had a bunch of barnyard manure, bedding, whatnot all built into a pile you would want to build that with some hydrogen peroxide charged water--maybe after you wash your potato seed with hydrogen peroxide sollution you could pour the spent potato wash on the compost pile. Oxygen down there in the pile sets up an activity network and an organized order evolves. Visit our website at: www.unionag.org
