Clean Planet Ltd (Japan) updates
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Again it is very important to understand the real mechanism of Cold Fusion.
So I think they must read my report.
Could you send my report link to Iwamura.
I sent this but they ignore my report and it is waste of time.
I attended the ICCF-23 but the discussion and invention were not based on the real cold fusion mechanism and I was
really disappointed. They must read my report.
https://www.researchgate.net/p…6756_Kodama-LENR-20210412
Nano-film is promising to maximize the D supply from the backside of the metal surface.
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So I think they must read my report.
Could you send my report link to Iwamura.
I sent this but they ignore my report and it is waste of time.
Many, if not most LENR researchers are either members of the forum, or check in as guests. Therefore, I would think your theory has been looked at by at east a few of them, so you came to the right place to be seen.
If no one finds it plausible enough to comment, or contact you, there is little else we can do. Sorry. All I can say is to keep at it, and maybe you will convince someone. I will give you credit for perseverence. Good luck.
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Kodama San is a great guy, very clever and highly skilled, also a little crazy like me however possesses also the ability to "think different"..
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Kodama San is a great guy, very clever and highly skilled, also a little crazy like me however possesses also the ability to "think different"..
Here is the Research Gate Archive and this will be published in innovative science and technology soon, and I sent this info to Iwamura via Kasagi.
Note that D2O absorb the moisture from air so D2O contains H2O and this H cause the creation of di-neutron. And they use the thin Pd film and D diffuse through that film and This is very important to maximize the excess heat but they have not understood this mechanism and so the patent will be rejected. But this technique is a kind of innovation and so I am sending info to a few venture company to develop my invention in my report, and if you are interested in the development, I will license to you.
Please send gmail to me
https://www.researchgate.net/p…6756_Kodama-LENR-20210412
I sent this link to Jean-Paul Biberian Larry Forsley Pamela Mosier Global Energy Corporation.
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https://patentscope2.wipo.int/…il.jsf?docId=WO2018230447
CP got patent in Japan.
I think that this patent is very important because it increase the excess heat generation drastically as I explained in the below figure.
I sent this info to Iwamura but he did not understand the importance of this invention.
Note that CP invention below and they do not understand the mechanism of invention so it is not the invention strictly speaking.
But the feature is that D can supply from the backside through the very thin metal to the reaction surface on the front side.
Because the most researcher made light of CP patent, so I explain again about this.
The advantage is that D supply from the backside can eject 4He ash at the surface T site.
But the most important invention of mine is to control the surface metal potential and backside metal potential.
My patent is pending but CP patent is Prior patent,
but mine is by far better because I explain the mechanism
and I control both front-side and backside metal potential.(Fig18,Fig19)
Front-side is for Cold Fusion and backside is for prevention of Cold fusion and increase the D supply due to the electrolysis condition.
Cause of very high excess heat can be
(1) D supply speed faster through very thin Ni layer(Fig17)
(2) Backside D supply can eject 4He ash at surface T site.
https://www.researchgate.net/p…6756_Kodama-LENR-20210412
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A new patent application is available:
Applicant:
CLEAN PLANET INC. [JP]
Inventors:
KOBAYASHI Atsushi
IWAMURA Yasuhiro
ITO Takehiko
KASAGI Jirota
YOSHINO Hideki
HIRANO Shotaro
"Abstract:
The present invention provides: a novel heat generation device and a novel heat utilization system, each of which utilizes a low-cost, clean and safe energy source; and a film-like heat generation element which serves as a low-cost, clean and safe energy source. A heat generation device 10 according to the present invention is provided with: a hollow airtight container 11; a cylinder body 12 which is provided in a hollow part 26 that is formed by the inner surface of the airtight container 11; a heat generation element 13 which is provided on the outer surface of the cylinder body 12 and generates heat by means of absorption and desorption of hydrogen contained in a hydrogen-based gas that is supplied to the hollow part 26; and a flow path 14 which is formed by the inner surface of the cylinder body 12, and in which a fluid that exchanges heat with the heat generation element 13 passes through. The heat generation element 13 comprises: a pedestal that is formed of a hydrogen storage metal or the like; and a multilayer film that is provided on the pedestal. The multilayer film comprises: a first layer that is formed of a hydrogen storage metal or the like, while having a thickness of less than 1,000 nm; and a second layer that is formed of a hydrogen storage metal, which is different from the hydrogen storage metal of the first layer, or the like, while having a thickness of less than 1,000 nm."
This is aiming for industrial implementation of earlier published technology.
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"This is aiming for industrial implementation of earlier published technology."
Clean Planet is lagging behind its original goal even though the Olympics were postponed by a year. I hope things are moving in the desired manner.
Picture of Type M reactor (High output type) and the timetable (1kW prototype machine's test is started in 5/2021): -
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Weakest point of this method are the bursts of energy released, as also mentioned in Iwamura's update in the 21st Proceedings of the 21st Meeting of the Japan CF Research Society 'JCF 21' December 11-12, 2020 as posted by Alan Smith.
Excess heat is increasing with increasing temperatures. This causes very local heat avalenges that might also be destructive. Removing the excess heat in an adequate way is the biggest challenge.
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Excess heat is increasing with increasing temperatures. This causes very local heat avalenges that might also be destructive. Removing the excess heat in an adequate way is the biggest challenge.
It is indeed. My lab-mate Russ George would say - Nuclear heat appears at the speed of light, but can only leave at the speed of sound.
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Russ George would say - Nuclear heat appears at the speed of light, byt can only leave at the speed of sound.
There is certainly a big difference is speed of heat creation and heat transport speed.
However, transport speed of heat depends on several parameters and is not perse always 'speed of sound' as pointed out earlier.
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Of course it's not the speed of sound exactly, nor the speed of light (perhaps) - It's merely a vaguely poetic description of the dissimilarity between two events.
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speed of sound exactly, nor the speed of light (perhaps
the speed of cold fusion R&D is a bit slower...
some of this is related to the controlled heat release problem..
but hot fusion R&D is not fast either..
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I tested simulated excess heat bursts many years ago, using an independent extra heat source.
Destructive failure of the devices was the most common outcome. -
LENR boiler coming up!
Miura Co. Ltd. and Clean Planet have signed a joint development contract for an industrial boiler that uses quantum hydrogen energy.
https://www.cleanplanet.co.jp/wp-content/uploads/210928_NR_Miura_CleanPlanet_en_final2.pdf -
Miura Co. Ltd. and Clean Planet have signed a joint development contract for an industrial boiler that uses quantum hydrogen energy.
This is getting serious now!
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Miura is not a small company. ~1.2b USD in revenues for FY20. Miura is the leading boiler manufacturer in Japan. If they can pull it off, then they already have a clear and established route to market.
Miura Corporate Brochure: https://www.miuraz.co.jp/en/co…f/company_pamphlet_en.pdf
FY2020 Summary: https://www.miuraz.co.jp/en/in…cial_result/210525_en.pdf
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