nkodama Member
  • Member since Apr 15th 2020
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Posts by nkodama


    Взаимодействие с другими людьми

    Dear nkodama! You will be very surprised now ... And you will immediately begin to realize why it is so difficult for us to understand each other ... The point is as follows - in 1993, my teacher Kanarev Philip Mikhailovich, who is well known in Japan, because he smoked his license, committed revolution in physics ... But then there was no Internet and very few people noticed his act ... Philip Mikhailovich wrote an article in which he analyzed the mistakes made by Niels Bohr in his analysis of hydrogen spectra ... In the article he proved that electrons do not have an orbital movements around the nucleus of an atom ... But we were taught differently at the institute ... But after graduating from NRNU MEPhI, I had my doubts about this - I firmly believed and understood that two electrons belonging to different molecules and nuclei of an atom cannot carry out "electron-electronic" connection between molecules ... Their indefinite rotation around the nucleus tore my brain and he resisted and did not want to "understand" THAT that two moving bodies along an incomprehensible and indefinite trajectory seemed to be they interact with each other and thus hold the molecules ... But my doubts were confirmed by FM Kanarev. and showed me - electrons have no orbital motion - electrons rotate around their axis, each electron interacts linearly with its proton of the nucleus, i.e. their interaction occurs along the axis of rotation of the proton, and the axis of rotation of the electron approximately coincides with the axis of rotation of the proton ... Why "approximately"? ... But because both the proton and the electron precess ... It follows from this that the electrons of different molecules also interact linearly - both those and other interactions are magnetic ... I learned all this in 2016 ... And two years later I corrected Kanarev's mistakes and showed that there is NO electric field in nature, there are NO electric charges in nature, and therefore and there is no Coulomb barrier in nature. All the experiments of Charles Coulomb and his followers on the study of the "electrostatic field" are easily explained by the magnetic nature of electrons and, first of all, by free electrons - it is their mass on the surface of bodies - electron clusters that played the role of an "electric fluid" in Charles Coulomb's paradigm ...

    Physicist Charles Coulomb and Cavendish, 15 September 2020 – https://cloud.mail.ru/public/4MUd/Ao4WCYyFq


    Physicist Charles Coulomb and Cavendish, 15 September 2020 – https://drive.google.com/file/…65DWsrpu/view?usp=sharing

    The DD reaction yield values calculated for given experimental conditions are also indicated. Figure 1 shows

    that the experimental DD reaction yields obtained on the targets significantly exceed the calculated

    values. , the experimental yields are, respectively, 2 and 4 times higher than the calculated values(from known cross sections)

    under irradiation with the deuterium ions beam.


    In Japanese paper has the same description.

    Unresolved issues related with D, D2

    高橋亮人(Akito Takahashi),“凝集体内核融合の研究”,核データニュース,No.75 (2003)

    http://www.aesj.or.jp/~ndd/ndnews/pdf75/No75-06.pdf

    In the region where the deuteron beam energy is below 30 keV, when the lithium target becomes liquid, a reaction anomaly increase of 1013 times that of the known nuclear reaction theory was observed 1)." Theoretically, the increase in the fusion reaction can be explained by the Arlenius law of the thermodynamic activity of the "fusion atom LiD" formed in the S electron orbital of Li 2) ". In response to this, Professor Mitsuji Kawai (Professor Emeritus of Kyushu University) commented that "the assumption of thermal equilibrium is impossible, etc."

    [2] D. Leitner et al., Proc. 2011 Particle Accelerator Conf., New York, USA, 2552 (2011).

    Large electron screening effect in differentenvironments


    Aleksandra

    Cvetinovi ́c, Matej Lipoglavsek, Sabina MarkeljandJelena Vesi ́cJoˇzef Stefan Institute, Jamova cesta 39, Ljubljana, Sloveniahttps://www.epj-conferences.or…/epjconf_nn2016_09012.pdf

    Abstract

    Electron screening effect was studied on different hydrogen containing targets with the7Li,11Band19F ion beams. Results show large electron screening potentials strongly dependent on the proton number Z of the projectile. The largest ever measured screening potential with the value about a factor of 50 above the calculations from the model in adiabatic limit was observed in the graphite target containing hydrogen as an impurity.


    This can be explained by the compress of the bonding of M-H(hydride).

    the below paper shows the compress of V-H-V and the H- size is drastically reduces at 52GPa -49GPa.


    Under this pressure H became small H stoms with the deep electron orbit(a few femto meters), and show the perfect coulomb repulsive force shielding.


    So in your case in the below,

    It was found that the heat release is much higher when D+ ion beams act upon the TiDx target than in case with H+ and Ne+ beams. The heat release depends upon the deuterium concentration in the target and the deuteron beam current density. "Additional peaks" were observed in the X-ray fluorescence spectra, but those are not related to any element and are seemingly associated with diffraction processes in deuterated palladium and CVD diamond

    target is Ti-D so the collision can compress Ti-D bonding.

    and the most case on this kind of experiment use CVD film with -H bonding, so the collision can compress -H bonding.


    I have noticed that you completely understand the deep electron theory.

    I would like you to make all researcher of physics know this orbit because now we have the experimental data which shows the smaller hydrogen.

    https://repository.kulib.kyoto…/1/s41467-017-01301-0.pdf

    in (B) compress of V-H-V bonding is important, and in (A) the abnormality at 49-52GPa and authors told that this is the phase transition to the denser state.


    The DD reaction yield values calculated for given experimental conditions are also indicated. Figure 1 shows

    that the experimental DD reaction yields obtained on the targets significantly exceed the calculated

    values. , the experimental yields are, respectively, 2 and 4 times higher than the calculated values(from known cross sections)

    under irradiation with the deuterium ions beam.


    In Japanese paper has the same description.

    Unresolved issues related with D, D2

    高橋亮人(Akito Takahashi),“凝集体内核融合の研究”,核データニュース,No.75 (2003) http://www.aesj.or.jp/~ndd/ndnews/pdf75/No75-06.pdf

    In the region where the deuteron beam energy is below 30 keV, when the lithium target becomes liquid, a reaction anomaly increase of 1013 times that of the known nuclear reaction theory was observed 1)." Theoretically, the increase in the fusion reaction can be explained by the Arlenius law of the thermodynamic activity of the "fusion atom LiD" formed in the S electron orbital of Li 2) ". In response to this, Professor Mitsuji Kawai (Professor Emeritus of Kyushu University) commented that "the assumption of thermal equilibrium is impossible, etc."

    [2] D. Leitner et al., Proc. 2011 Particle Accelerator Conf., New York, USA, 2552 (2011).

    Large electron screening effect in differentenvironments

    Aleksandra Cvetinovi ́c, Matej Lipoglavsek, Sabina MarkeljandJelena Vesi ́cJoˇzef Stefan Institute, Jamova cesta 39, Ljubljana, Sloveniahttps://www.epj-conferences.or…/epjconf_nn2016_09012.pdf

    Abstract

    Electron screening effect was studied on different hydrogen containing targets with the7Li,11Band19F ion beams. Results show large electron screening potentials strongly dependent on the proton number Z of the projectile. The largest ever measured screening potential with the value about a factor of 50 above the calculations from the model in adiabatic limit was observed in the graphite target containing hydrogen as an impurity.


    This can be explained by the compress of the bonding of M-H(hydride).

    the below paper shows the compress of V-H-V and the H- size is drastically reduces at 52GPa -49GPa.


    Under this pressure H became small H stoms with the deep electron orbit(a few femto meters), and show the perfect coulomb repulsive force shielding.


    So in your case in the below,

    It was found that the heat release is much higher when D+ ion beams act upon the TiDx target than in case with H+ and Ne+ beams. The heat release depends upon the deuterium concentration in the target and the deuteron beam current density. "Additional peaks" were observed in the X-ray fluorescence spectra, but those are not related to any element and are seemingly associated with diffraction processes in deuterated palladium and CVD diamondtarget is Ti-D so the collision can compress Ti-D bonding.

    and the most case on this kind of experiment use CVD film with -H bonding, so the collision can compress -H bonding.

    Please review my theory of cold fusion below.

    the d-d coulomb repulsive force shielding is perfect for small atoms with deep electron orbit.


    The compress of the bonding of V-H-V makes the small hydrogen

    this can be interpreted shown in the following figure.

    I found so many paper related with DD fusion experiment which can not be explained by the"conventional Physics".

    because deep electron orbit theory is forgotten.

    https://www.kyodo-inc.co.jp/english/index.html

    vendor is Kyodo, and you can see the example of nano-imprinter application to nano-structure. I show you nano structure fabrication in this post.

    3D is possible and I am designing semi-3D nano-structure, and the important feature is that convex nano structure can be fabricated with nano-imprinting.

    I am looking for the researcher to verify my proposal so, if you are interested in nano-structure with surface potential control, I hope you will help me.

    Hydrogen absorption generates the D2 gas and Cold fusion generates D2O vapor

    so the both are at the same time, the gas of D2 is mixed with D2O vapor,

    so this mixture has the risk of explosion, so please take care on the design of the reactor.

    I will separate hydrogen absorption and cold fusion completely by changing D2O to H2O at cold fusion stage.

    This can keep the D2O quality for a longer time and D2O can confine in the reactor, D2O must not be emitted in the environment.

    The below are design of reactor

    to separate hydrogen absorption and cold fusion by the location from backside of wafer and from surface side of the wafer)

    hydrogen absorption from the backside of the wafer,and

    cold fusion on the surface side of wafer simultaneously

    and can separate the gas exhaust.


    Separation of Cold Fusion from hydrogen absorption




    NOte that D2 gas are generated in hydrogen absorption, so cold fusion and hydrogen absorption occurs simultaneously or RF input voltage,

    The gas of D2 is mixed with vapor D2O, so it is a risk to handle the tool.

    If you want to run simultaneously, the location od hydrogen absorption (from backside of the wafer) must be separated from Cold Fusion(surface side) in the below schematics.


    No considerations to combine LENR structures with existing PN junctions?
    PN junctions have very interesting local high electromagnetic fields that can be of use to make nanoscale plasma's?

    wher is PN-junction?

    I know the P-N junction in semiconductor, but this is unrelated with plasma.

    nano-scale plasma measn that the plasma in emtal cavity?

    metal has no PN junction just the gradient of free electron density.


    Could you send me more information to my gmail.

    [email protected]

    It's sure that I will be able to go to another planet in order to go to the end of my .. how to say .. ideas.

    First, the next few weeks, I have to experiment what I learned about Rossi's engineering, it's true that it's linked to plasmon resonances.

    However, I want to say to the invisible copiers community, those who just downloaded Japanese paper, that this won't be "enough" for them, it is very very subtle :P.

    On the other hand, I predict that Iwamura team, even if they are very slow, should get there within a very short time of year.

    I asked to the tool vendor to fabricate experimental nano-structure and talk with them about the structure and fee, and I will reply to you.

    My plan is to make them the web site about the nano structure on metal for the cold fusion experiment sample and trigger the research on my invention.

    I hope you will run experiment of my hypo of conventional cold fusion issue probably all of the researchers is using RF input, which I think has the risk of the safety.

    I heard that Rossi started RF input, but that is very bad choice.

    Review of cold fusion condition in D2O

    Because polarity change mixed the hydrogen absorption and cold fusion, this procedure produce the hydrogen molecules and vapor simultaneously.

    The confusion is caused by this mixture of two different steps.It is important to keep the good quality of D2O and it need to confine in the reactor so change D2O to H2O at cold fusion stage is very important.

    So RF is totally opposite direction but it is apparently easy to control the fusion.
    For the plasmon theory is incorrect and I am certain that nano D2 compress cause the small D2, which is now verified by the group of Kyoto university on the different area of the research.

    So I am 100% confident on my theory.

    you know I don't have a job anymore because I don't want to work again in the shitty world of automotive or aircraft manufacturing.

    Also, I am doing Lenr experiments with just part from 1500 euros that French state gives me each month.

    Considering the nano-imprinting tool price, I just have to forget to eat for a few decades to be able to pay for it.<X

    Firstly the cost of the development is a key, in such case the tool vendor is supporting R&D with low price so if you are thinking the development it is time to start in Japan. I will support you.

    nkodama I also had in the past an idea similar to yours but with a very precise stoichiometry of a mixture based on LIH. Today it has evolved.

    However, I can say once again that I am aware of a LENR event related to nanorods as you describe them.

    dry etching of metal is not common in semiconductor process and Ni has beenused for the nano-dot fabrication. So I like Nickel for this reason and Ni with D2O does not produce the radioactive materials.

    The price of nano-imprinting tool is ecommomical because it is just like stamps.

    light lithography tool is 100億円=US$100million

    Very interesting,

    on the same topic of surface plasmons inducted at nano scale.

    I read the paper but I think my theory(Compress of D-metal bond cause the transition to deep electron orbit) can explain all of the topic of Cold fusion and transmutation,

    Surface plasmon is very interestig theory, but "Metal surfaces possibly contain such degrees of nano- or micro-scale native random roughnesses, and, therefore, the field enhancement effect may have been unknowingly produced in existing electrical and optical systems." is not science and less reasonable than my theory.currently we have the solid experimental data that hydrogen negative ion can be comressed by the stress at 50GPa which is consistent with deep electron orbit theory.

    What would be the composition of such nanostructures?
    The only related technology I know of is that atomic hydrogen is applied during the manufacturing of semiconductors (protective flushing).

    >What would be the composition of such nanostructures?==Ni due to the stability of surface and already used in semiconductor process as nano dots so the dry etching condition has been studied already.

    I propose the nano-horn metal and hydrogen storage metal(Ni) is deposited on nano-corn, and with the wafer with nano corn Ni put into D2O and run D adsorption and change D2O to H2O to run cold fusion.

    I need to talk with the specialist on nano structure fabrication consultant if I start the development. At the development stage we have some difficulty because we need to use metal wafer so I think Fe can be OK but Fe is difficult to handle in the process due to the surface rust.

    So I am looking for other options.Ni is OK due to its surface stability and Ni is used in semiconductor device of nano-dot.So the direct fabrication of nano-horn with NI is current my proposition.

    >hydrogen is applied during the manufacturing of semiconductors

    Yes we have the annealing in D2 for the SiO2 quality improvement, but this is semiconductor process and it is not easy to run the small size company, so I thought that semiconductor process is OK, but I change the way to use D2O for the easy development and safety. Deuteration in D2O with Electrolysis condition is by far safer and more efficient.

    With the today's 3nm chip technology it would be easy to fabricate LENR active zones. And I'm pretty sure they do it in the US since at least 2 years...

    Currently nano-imprinter is available and metal nano-dot technique is developing in semiconductor industry so its is time to start nano-stucture based cold fusion with D2O.

    I am semiconductor engineer and I know the process of nano-structure and now the nano-imprinting is available commercially which reduce the cost of development and production.

    If you are interested in the experiment of nano-structure with surface potential control, I will offer you the sample with the price divided by the the number of researchers. who want to run experiments. send me email if you want to run experiment: [email protected]


    https://www.nanonet.go.jp/page…notech/primer/nano07.html


    Conventional semiconductor process by photo-lithography and dry etching.

    If the target size is nano-meters, due to the smaller size,

    the lithography tool is so expensive.

    So many researchers are developing self-aligned method with bio template, etc,

    However, the economical tool of nano-imprinting has been developed

    for the memory product.






    paper on nano-dot

    Japanese

    https://www.jstage.jst.go.jp/a…/sfj/55/12/55_12_775/_pdf

    https://www.jstage.jst.go.jp/a…jvsj/49/12/49_12_716/_pdf

    https://www.nedo.go.jp/content/100533587.pdf

    nano-imprinting

    https://www.kyodo-inc.co.jp/el…cs/nanoimprint/index.html

    English

    start with the link below.

    https://www.kyodo-inc.co.jp/english/

    https://www.kyodo-inc.co.jp/en…cs/nanoimprint/index.html

    Japanese

    https://www.kyodo-inc.co.jp/electronics/nanoimprint/engineering.html#toc03

    ナノインプリント(NIL)技術コンサルティング、モールド複製・洗浄

    =>Nanoimprint (NIL) technical consulting, mold duplication and cleaning

    技術コンサルティング=>Technical consulting

    https://annex.jsap.or.jp/photo…public/32-08-gijutsu5.pdf

    https://www.jstage.jst.go.jp/article/hpi/44/6/44_6_341/_pdf




    added on 2020/09/27

    I calculated the increase ratio of the surface with nano structure.


    Because the area increase ratio is determined by the nano-dots top size, the size must be smaller,

    and with wider space at 45 degree , etch depth is deeper, but impact is not large and the depth need to be shallower with the same surface area increase ratio for easy surface potential control and cooling with H2O flow.

    so I would select the below condition.

    but smaller isolated dots seems to be difficult to print.









    In case the smaller size of dots, we can use 2 loop imprinting.





    Importance of Surface potential control

    LINK=> Importance of surface potential control


    ColdFusion Theory(hypo)

    link  Cold Fusion theory (hypo)

    Cold Fusion is caused by the nature of small D2 with Deep Electron Orbit(refer to "History of Deep Dirac Level"and this smaller hydrogen has the experimental evidence in the research of "Hidrid-easy compress". The smaller D2 has the electron density around a few tens femto-meter from nuclear and can shield the coulomb potential perfectly. D2 is compressed from T site metal atoms



    Importance of surface potential control


    link
    https://www.lenr-forum.com/for…ntial-control/#post143658

    Currently the most cold fusion reactor and heat element has not been controlled properly

    nano-particle is electrically isolated and hydrogen storage metal is packed in ceramics and heaters so the heat conduction is very low.

    So I propose the new reactor and heat element(left figure)

    The advantage is the better metal cooling with H2O flow on the metal surface directly, and the surface potential control to lower the trigger temperature of cold fusion lower that other cold fusion reactors.


    Right Figure is my invention of cold fusion reactor

    with surface potential control and with nano-structure on the flat wafer.



    nano structure fabrication

    If you are interested in the experiment on the nano-structure with surface potential control, I will offer you the experimental sample to ask tool vendor to make the custom order sample at tool vendor's R&D fab and I am now contacting with them. if you are interested in this sample, please send me email, to [email protected],

    In the future I will ask them to have the application sample&experimental sample information and price list in the web of tool vendor.

    Link nano structure fabrication

    The purpose of nano structure is to increase the Surface area which the cold fusion occurs.

    So the depth is important to increase the surface area but the surface potential on the straight(vertical) sidewall can not be controlled,so

    I designed the nano corn structure with tapered sidewall.

    The practical ratio to increase the surface area is X30 with nano-imprinting but it is commercially available and some company is doing consulting huisiness in Japan to support the venture company so now is the chance to develop nano-corn for cold fusion heat elements.

    lenr-forum.com/attachment/14398/

    lenr-forum.com/attachment/14438/

    lenr-forum.com/attachment/14453/



    The below is the typical heat element packed with ceramics and heaters. So It is clear that heat conduction path is very low conductance.

    It is important to keep metal at lower temperature and usually H2O cooling keeps the surface metal temperature lower than 100degreeC.



    Review of cold fusion condition in D2O
    Link
    Review of cold fusion condition in D2O

    The rod of cathode condition is Electrolysis condition to absorb hydrogen in cathode, but considering the surface potential metal with D need to be positive, opposite polarity.
    the cold fusion stage the metal must on the positive relative to anode(in Electrolysis condition) to deplete the free electron on the surface. Considering this , the cold fusion occurs on the backside of the rod opposite side to face anode, and the d concentration is very low due to the large distance from the hydrogen absorption location facing to anode.
    so we must need to separate D absorption stage and cold fusion stage. because cold fusion stage does not need D2O so I recommend that the change of D2O with H2O to keep the high quality of D2O and it must be contained in the reactor. The current result of RF power input can be caused by this voltage polarity change.


    lenr-forum.com/attachment/14362/


    Separation of Cold Fusion from hydrogen absorption
    LINK Separation of Cold Fusion from hydrogen absorption
    Hydrogen absorption generates the D2 gas and Cold fusion generates D2O vapor
    so the both are at the same time, the gas of D2 is mixed with D2O vapor and Air(O2).

    so this mixture has the risk of explosion, so please take care on the design of the reactor.

    I will separate hydrogen absorption and cold fusion completely by changing D2O to H2O at cold fusion stage.

    hydrogen storage in metal properties (basic)
    Link
    hydrogen storage in metal properties (basic)


    Cold Fusion Mechanism in E-Cat fusion patent

    Link Cold Fusion Mechanism in E-Cat fusion patent



    History of Deep Dirac Level

    Link History of Deep Dirac Level

    https://www.lenr-forum.com/att…l-hydrogen-may-exist-pdf/

    A simple argument that small hydrogen may exist

    0.Introduction

    Rutherford suggested already in1920 that electron-proton could be bound in tight state[1].

    At that point neither the Schrodinger equation(1926) nor Dirac equation(1928) was known to him. He asked his team, including Chadwick, to search for this atom.

    After Chadwick’s discovery of the neutron in1932 there was a lot of discussions whether it is an elementary particle or a hydrogen-like atom for med from electron and proton[2].

    For example, Heisenberg was among those who argued that Chadwick’s particle is a small hydrogen atom. At the end the Pauli’s argument won, that then eutronspin1/2 follows Fermi-Dirac statistics and this decided that the neutron is indeed an elementary particle.

    This is a well-established fact and it is not discussed in this paper.

    It must have been obvious to both Schrodinger and Dirac, and certainly to Heisenberg, that there is a peculiar solution to their equations. This particular solution, which corresponds to the small hydrogen, was at the end rejected[3], because the wave function is infinite at r=0.

    Since nobody has observed it, the idea of the small hydrogen has died.

    BUT NOW WE HAVE THE EVIDENCE OF DEEP ELECTRON ORBIT in the paper of

    Link Hidrid-easy compress

    Hidrid(hydrogen negative ion) can be smaller by the compress of the pressure at 50GPa.


    Hidrid-easy compress

    This paper has the experimental evidence of Deep electron orbit of hydrogen. Compress of V-H-V bonding causes the electron transition to H deep orbit.

    Link Hidrid-easy compress


    biological transmutation by the same mechanism as cold fusion


    The biological transmutation is caused by the metal-H and metal-C bonding which is compressed in the biological system which absorbs the element which is necessary for the biology.

    K pump, Na pomp

    https://en.wikipedia.org/wiki/Na%2B/K%2B-ATPase

    Element boded with Hydrogen or carbon in the biological system are compressed in such mechanism of pomp, which mechanism is the same as cold fusion,(refer to the mechanism of cold fusion) and proton or carbon nuclear are to be absorbed in the bonding element.

    The biological system has the mechanism to absorb the necessary element into the cell like ion pumping, and in case of Cs-+proton=Ba, Iodine pumping is the candidate.
    NEW Link
    biological transmutation






    Possibility of ion implantation fusion in place of plasma fusion

    Link Possibility of ion implantation fusion in place of plasma fusion


    Cydonia - Rossi's most recent demo suggests he has moved on from powders to plasmas with his 'ballerina' glow bulb which I immeciately thought was a Hg discharge lamp but he concealed this by fudging the spectrum......nobody should underestimate Rossi's persistence.:)

    I will study and if you have the paper etc could you inform me?

    I read the paper of plasma cold fusion but the power seems to be less and I think the meaning of plasma is the switch the polarity of voltage, and it is not good because we must use vapor to generate the heat so the mixture of H2 and H2O vapor can have the risk of safety, so I recommend that we must separate hydrogen absorption stage and cold fusion stage.

    Cydonia - Rossi's most recent demo suggests he has moved on from powders to plasmas with his 'ballerina' glow bulb which I immeciately thought was a Hg discharge lamp but he concealed this by fudging the spectrum......nobody should underestimate Rossi's persistence.:)

    I know this trending to plasma, and I woud like to have information.

    So could you inform me the related paper list web site?

    if they mean plasma, the RF power input to water,so this can offer the solution of D2O DC cold fusion, which has the hydrogen absorption step and cold fusion step which porality of voltage is opposite.

    Review of cold fusion condition in D2O

    if so the priority is to separate the two steps with different polarity.


    or if the bombarding energy is large, hydrogen can be smaller hydrogen as the same cause of cold fusion.

    I think this is more reasonable theory that original theory which I could not understand in their paper of

    COLD FUSION BY PLASMA ELECTROLYSIS OF WATER


    I explained my concern on the reproducibility and contractility cold fusion in D2O in Review of cold fusion condition in D2O

    I think they must verify this,RF power automatically switch the porality of voltage and the conventional cold fusion can work well.

    and conventional cold fusion need D2O with sufficient power, so I am reading the experimental data of the power generation.

    they just use the D2O(DHO) in water to trigger cold fusion in the conventional way.



    I will think deeply.

    I found the cold fusion mechanism and so, I would like to re-think that D2O cold fusion condition

    because currently a lot of D2 gas flow and metal-D heat element is popular,

    probably because the most researcher previously thought that Cold Fusion in D2O(Electrolysis) is less controllable.

    I found the cause of Difficulty of control of Cold fusion in Electrolysis.

    Cause of longer incubation time to start cold fusion

    Conventional voltage of Electrolysis, the backside of the rod(Cathode) has the positive surface potential,

    and so, the less free electrons there. So it takes a long time for the D to reach the backside of the rod.

    In other words, the change of the polarity of the voltage from Electrolysis condition is needed to trigger cold fusion.


    COLD FUSION BY PLASMA ELECTROLYSIS OF WATER

    I think this is caused by RF power which voltage polarity is switching.

    So hydrogen(D in H2O) absorption stage and cold fusion stage are mixed.

    I think cold fusion in pure D2O is by far efficient power generation.

    and this case the D absorption stage and cold fusion stage need to be separated due to keep the good quality of D2O.

    D2O is not necessary at cold fusion stage.

    I am not familiar with plasma cold fusion, so please give me some knowledge on this techniques, because I could have

    misunderstood.







    Biological system can transmute the element by adding proton or carbon nucleus with deep electron orbit,

    which act as neutron due to its very small size.

    This is the same mechanism of cold fusion which is the compress of bonding to transition electron orbit into deep electron orbit to make the smaller atoms. The mechanism of the compress is the mechanism to select the essential element to keep the life of biology system, like ion pumping.

    For the case of Cs, Iodine pumping can transmute Cs to Ba by adding proton.

    So Fukushima the biological system with very efficient Iodine pumping can clean up Cs.



    small hydrogen and small atoms has the deep electron orbit within a few tens femto meters,

    so it can shield the coulomb repulsive force as is the case of cold fusion.

    belows are the link to the related posts.

    Cold Fusion theory (hypo)

    History of Deep Dirac Level

    Biological transmutations paper link

    https://www.researchgate.net/p…Biological_transmutations




    actual size of Cs and hydrogen is shown in the below schematics,

    Cs-H bonding is vibration along with bonding and the transition to Deep Electro Orbit is the closest location to Cs nucleus after the compress of Cs-H,

    So the proton has the moving direction to Cs nucleus on the Collision course on cesium nuclei.
    So I think proton trajectory to Cesium nucleus can keep the Collision course after the Cs-H bond is broken.

    lenr-forum.com/attachment/14413/


    lenr-forum.com/attachment/14352/

    added 2020/09/19


    Because the Si's SP3 hybrid wave function is longer than carbon's SP3 wave function, so compress of Si-C enables Si bond to reach to C Deep Electron Orbit wave function(C1S, C2s and 2p) with deep electron orbit. Although deep electron orbits are so small, it seems to difficult to touch them apparently.However Si-C has the covalent bonding Si hybrid orbit wave function is aligned with carbon wave function perfectly, so it must reach wave function with deep electron orbit.The same as D2 case which is the stretching motion with the covalent bonding.


    In the biological system, they have the membrane structure which can control the concentration of element.

    Tight junction

    https://en.wikipedia.org/wiki/Tight_junction

    Adherens junction

    https://en.wikipedia.org/wiki/Adherens_junction

    Desmond

    https://en.wikipedia.org/wiki/Desmosome

    the gap junction

    https://en.wikipedia.org/wiki/Gap_junction



    added on 2020/09/20


    http://www.jbsoc.or.jp/seika/w…oads/2013/11/80-10-06.pdf

    杉田 有治 (Yuji Sugita)

    特定国立研究開発法人理化学研究所 研究開拓本部 主任研究員



    Cs-p=Ba biological trasmutation experiments in Russia






    Summary

    Transmutation with biological system has mainly two categories; one with hydrogen and another is with Carbon

    (1)Transmutation with hydrogen(proton) is by the proton with deep electron orbit and with carbon by the compress of SP3 hybrid orbit in the biological system.

    (2)Transmutation with carbon can be the compress of carbide to be carbon with deep electron orbit.

    carbon and silicon has SP3 hybrid orbit, and so it has 2s and 2p orbit of carbon.

    Carbon 1s2 2s2 2p2

    Silicon 1s2 2s2 2p6 3s2 3p2

    Both can have SP3 hybrid orbital

    (3)Gap junction, which can control the concentration of calcium, can compress the Si-C and K-H to create calcium.

    I hope the researcher on biology and bacteria to find the mechanism of this compress.


    Related paper list

    https://www.lenr-canr.org/acrobat/AndrianovBprobablemi.pdf

    https://www.sbj.or.jp/wp-conte…j/9206/9206_tokushu_3.pdf



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