They had very informative and understandable slide sets, like this:
John Littlemist
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Posts by John Littlemist
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Very small excess heat?
Yes indeed. But the question is, was excitation used during the test runs. They do not mention whether variable magnetic field excitation was used at all. Excitation system is described in report part 2. Hopefully coming reports shall answer this question.
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Part IV last page has some results from the experiments as a teaser.
Markings D and E seem to indicate that "light source" causes a minor boost to output power.
Axil, Ecco, Eric Walker et al, please do speculate about that "light source", what does it mean?
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First: Why was the message sent from Czech Republic?
AFAIK Bob Greenyer lives in Czech Republic.
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Yes, just wondering why most of the replicators seem to ignore the excitation completely.
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LENR excitation is done by polarizing the dielectric ingredient in the reactor!
Etiam Inc. patent application has been public since May 2013. According to the application, following 3 ingredients are needed in the reactor in order to get LENR:
- hydrogen gas
- dielectric material
- active hydrogen material: a metallic material capable of forming interstitial metal hydrides and/or electrically conductive metal hydrides (nickel, titanium, platinum etc.)4th ingredient, apparently beneficial but not mandatory, is the Rydberg catalyst.
LENR reactions are initiated at the nanoscale (at least one dimension smaller than about 100 nm) by the combination of three control factors: sufficiently high hydrogen gas pressure in the reaction container, sufficiently high temperature in the reaction container and the polarization of a dielectric material.
Depending on the dielectric material, the polarization is done by utilizing:
- variable temperature
- mechanical vibration, e.g. by an ultrasonic source
- static or variable magnetic fieldThe application contains various examples on how to initiate LENR reaction.
In example 1 the dielectric ingredient is lithium tetraborate, which is polarized by temperature variation.
In example 2 the dielectric ingredient is quartz powder, which is polarized by mechanical vibrations. (COP > 10 claimed)
In example 3 the dielectric ingredient is BiFeO3 powder, which is polarized by variable magnetic field.
Examples 1 - 3 do not seem to utilize Rydberg catalyst at all. Rydberg catalyst is used in example 10.
Etiam application has soon been public for 3 years. I am bit surprised for the lack of interest it seems to have amongst replicators.
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I think joanvines is here just to spam/advertise the service he/she is referring to. Another motive to post the link here is search engine ranking improvement.
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Very informative slides, good job!
Have you considered adding also Soininen's theory to your presentation? AFAIK it has some similarities to Defkalion's theory.
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Why the downvote of my legitimate question?
Because Tyy, your downvoter, is nothing but a heckler and a clown.
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Quote from the interview:
“Over the years we realized that the reaction needs more stimuli than only heating. Everyone thinks that thermal stimulus is enough but that’s just the beginning. It’s not enough for maximum efficiency. It’s the base, the synthesis of the reaction. But the reaction has almost behaviors as of living matter, and it has responses as a function of the stimuli. They can be of many types other than thermal. And these are the ones that trigger, let’s call it the most fun part of it, allowing excellent gains in terms of response to the stimuli.”
What are those other types of stimuli Fulvio Fabiani is referring to?
Could they be:
- temperature variation
- static or variable magnetic field
- mechanical vibrationsFollowing quotes are from http://www.google.com/patents/US20150162104
"Original source of the electric field is preferably a dielectric material that can be polarized comprising piezoelectric material (electric polarization is induced by mechanical vibration, e.g. by an ultrasonic source), pyroelectric material (electric polarization is induced by variable temperature) and/or multiferroic material (electric polarization is induced by a magnetic field). Polarization of a material creates the electric field near the material."
"The material possessing electric polarizability is preferably in the form of powder or nanoporous material. Electric polarization of the polarizable dielectric material is induced by a controlled polarization factor comprising temperature variation, static or variable magnetic field and/or mechanical vibrations."
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Hi Jeff, nice presentation, thanks!
a tip for future experiments:
- Rossi's early reactors were made of steel
- Parkhomov's calorimeter casing was made of steel (the kettle)
- also here the casing was made of steel: http://www.e-catworld.com/wp-c…H-Ni_Stepanov_English.pdf
- Etiam Inc. LENR reactors were made of steel: http://www.google.com/patents/US20150162104 -
More support for the confinement hypothesis?
http://www.e-catworld.com/wp-c…H-Ni_Stepanov_English.pdf
The outer casing of the calorimeter is made of stainless steel.
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https://en.wikipedia.org/wiki/Lackluster
"In 2014, Esa released "Lexicon of Goods" via JellyFish Frequency Recordings, donating all income to the Martin Fleischmann Memorial Project (MFMP), thus supporting re-development of the Fleischmann-Pons Cold Fusion project and other such LENR/CANR technologies."
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I warn people not to invest in metals, and even short oil companies. Metals are not so strategic, technology is, strategy even more.
Don't bury coal, shale and oil companies, who can survive first because they will be the preferred tool for the transition, and also because who know how one oil company can adapt and survive in a new business. Nokia was in paper business.Thank you AlainCo for your interesting insights.
What about steel manufacturers? Especially stainless steel, how will LENR affect to stainless steel demand in the long run? Europe's biggest stainless steel producer Outokumpu is struggling at the moment, and that reflects also to its market cap which is less than 1.3 billion euros at the moment.
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Good to see your progress.
Perhaps temperature cycling is important. You need to keep increasing and lowering the temperature around the decomposition point of LiH.[0052] Original source of the electric field is preferably a dielectric material that can be polarized comprising piezoelectric material (electric polarization is induced by mechanical vibration, e.g. by an ultrasonic source), pyroelectric material (electric polarization is induced by variable temperature) and/or multiferroic material (electric polarization is induced by a magnetic field). Polarization of a material creates the electric field near the material. [0053] Fusion reactions are initiated at the nanoscale (at least one dimension smaller than about 100 nm) by the combination of three control factors: sufficiently high hydrogen gas pressure in the reaction container, sufficiently high temperature in the reaction container and the polarization of a dielectric material.
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