What happens when you ASSume too much? It is simple, then the best logic cannot save you from failures and disasters. Read please the part about LOGICAL THINKING in my classic writing http://egooutpeters.blogspot.com/2011/03/modes-of-thinking-my-taxonomy.html The assumptions decide all. It is a great pleasure to speculate, I cannot afford this pleasure. Peter
On Wed, May 30, 2012 at 12:14 PM, Chemical Engineer <[email protected]>wrote: > Peter, > > I will assume the propane is providing the source for the atomic hydrogen > as opposed to using H2 gas supply. I will assume the propane breaks down > across the spark gap (given enough juice) into atomic hydrogen and carbon > (soot). As long as your reactor kernal remains air tight and small volume > i will assume you do not blow yourself up. As atomic hydrogen association > can create extremely high localized temperatures (3000-5000C) i will > assume you have to be very careful not to melt just your powder/core but > the reactor walls/chamber itself. I will assume the carbon might dampen > this out. This i will assume is one of the reasons why DGT has such a > thick reactor block. I will also assume the very high, localized atomic > hydrogen association heat release in addition to anomolous heat Is what > creates the bright glow and cracked the glass in the DGT unit. If you > thought atomic hydrogen welding was bad ass think nuclear welding. > > I am encouraged using propane because i am already experienced with almost > blowing myself up grilling burgers. I will assume i do not know what the > hexane is for other than to keep air out and just another H provider. > > Of course i have made alot of assumptions and you know what happens when > you ASSume too much! > > > On Wednesday, May 30, 2012, Peter Gluck wrote: > >> Dear Integral - or Chang? >> >> Thank you, but you have NOT answered my original question that refers to >> the classic Pd-D cell and to the nanopowder hydogen systems, the questiona >> nd problem is IF their 3 damned weaknesses are inherent, generated by their >> very nature. Or not. >> You are describing your proprietary system, give the data you consider >> not secret, claim it is working, but do not tell how long and do not give >> the basic parameters. You have removed the weaknesses- that is admirable >> and I hope the system will become useful on a great scale. I don't get the >> role of propane, hope it is not burned. >> my best technological good wishes to you. >> Peter >> >> On Tue, May 29, 2012 at 11:50 PM, [email protected] < >> [email protected]> wrote: >> >> More, >> >> http://www.mail-archive.com/**[email protected]/msg64616.**html<http://www.mail-archive.com/[email protected]/msg64616.html> >> >> Gluck, >> >> " >> IF this system is able to remove the three usual weaknesses of the >> majority of the pre-Rossi LENR systems i.e. low intensity, bad >> reproducibility and short duration. >> Peter >> " >> Systems ok. Weakness only by operator. Easy. "10 Plate Heat Exchanger >> SS304 Copper Brazed 7.5" x 2.9"" >> from "dudadiesel" Make nano Ni hexane mix. Put in exchanger. Vac pump >> dry. Pipe propane bleed through T with spark plug. Buzz ignition plug to >> make heavy H "crystals" and black soot. Water 90 C other side of duda gets >> pressure steam. Easy. >> >> Gluck Blog not permit comment. Use SLACKO OS. >> >> By, >> >> Chung >> >> and >> >> http://www.mail-archive.com/**[email protected]/msg65839.**html<http://www.mail-archive.com/[email protected]/msg65839.html> >> >> >> Axil Axil >> Sat, 19 May 2012 14:07:54 -0700 >> >> I am still of the opinion that Rydberg matter is the key active agent in >> both the Rossi and DGT reactors. Rydberg matter is one of the numerous >> examples of topologic materials. Other types are carbon nanotubes, >> Graphene, transition metal oxides, various superconductor materials…when >> the list is completely filled out, the number included in the list will run >> into the tens of thousands. http://physicsworld.com/blog/** >> 2012/05/how_to_cook-up_a_new_**topologic.html<http://physicsworld.com/blog/2012/05/how_to_cook-up_a_new_topologic.html>*How >> to cook up a new topological insulator* I now believe that Rossi and >> LeClair each stumbled onto a thermionic based topological material that is >> not ideal for cold fusion reactor engineering. Carbon nanotubes may be >> better because their charge control mechanism is based directly on electric >> simulation rather than thermal stimulation. The good fellows, those carbon >> based reactor developers who are generous enough to post here at vortex >> talk of good control of their carbon nanotube based reactors by varying the >> pulse rate of the spark plug. >From Mint Candy: 1. Purchased 60 plate heat >> exchanger at : >> http://www.dudadiesel.com/**heat_exchangers.php<http://www.dudadiesel.com/heat_exchangers.php>2. >> Purchased Ni at : >> http://www.xuzhounano.com/a/**About/About_Us/<http://www.xuzhounano.com/a/About/About_Us/>3. >> Mixed Ni & catalyst powder wth Hexane from J. T. Baker 4. Filled one >> side exchanger with suspension. 5. Evacuated two days ending at 250 C. 6. >> Followed >> http://www.mail-archive.com/**[email protected]<http://www.mail-archive.com/[email protected]>procedure >> using Medical Lesion RFG to spark plug. 7. Perfect control using >> pulse adjustment on RFG and Propane flow. 8. Incredible steam output steady >> 2 weeks under pressure. 9. Operating at 650C. 10. Must now get patent on >> catalyst. Note that Mint Candy states as follows: 7. Perfect control using >> pulse adjustment on RFG and Propane flow. Mint Candy’s reactor design and >> operating principle has little to do with Rossi’s design…outside of being >> inspired by it. Mint Candy will have few control headaches compared to >> Rossi. Cheers: Axil >> >> >> -------- Original Message -------- >> Subject: [Vo]:A sequel to my post of yesterday >> Date: Tue, 29 May 2012 15:10:09 -0500 >> From: integral.property.service@**gmail.com <integral.property.service@ >> **gmail.com> >> To: vortex-l <[email protected]> >> >> >> >> Been there............. >> >> http://hydride.has.it >> >> Warm Regards, >> >> Reliable >> >> Chemical Engineer >> Tue, 29 May 2012 11:04:11 -0700 >> >> Significant amounts of atomic hydrogen are created by circulating h2 >> through an electric arc, typically across tungsten electrodes and varying >> the power input. it makes a bad ass welder due to the heat release when >> the H associates >> >> -- Dr. Peter Gluck Cluj, Romania http://egooutpeters.blogspot.com
