CFRL
English News No. 28 (2001. 10. 10)
Cold Fusion Research Laboratory Dr. Hideo Kozima
E-mail address; cf-lab.kozima@pdx.edu
Website; http://web.pdx.edu/~pdx00210/
This is CFRL News (in English) No. 28 translated from Japanese version published for friend researchers of Cold Fusion Research Laboratory directed by Dr. H. Kozima now in Portland State University
In this issue, there are following items.
1) Abstract of a paper gCold Fusion Phenomenon
and Atomic Processes in Transition-metal Hydrides and Deuteridesh by H. Kozima to be presented at IEN Symposium 2001
2)
On the new editorial principle of Fusion Science and Technology
3)
Website for Programs and Abstracts of Papers presented at JCF3
4) US Patent 6,248,221 gElectrolysis apparatus and
electrodes and electrode material thereforeh by R.R. Davis et al.
1. gCold Fusion Phenomenon
and Atomic Processes in Transition-metal Hydrides and Deuteridesh by H. Kozima
As written in this News No.27, INE Symposium 2001 (Salt Lake City, Oct. 26-27) will be held on the end of this month. We are going to present a paper with the above title and its abstract is copied below. About the Symposium itself, I will report it in the next news.
Abstract
The cold fusion phenomenon (CFP) is
manifest in various events ranging from huge excess energy to various nuclear
transmutations in solids containing a high density of hydrogen isotopes (both protium and/or deuterium). Until
now there has been no satisfactory explanation. CFP has several characteristics
which require explanation consistent with modern physics: the sporadic occurrence
of the events, their qualitative reproducibility, localization of nuclear
products in small (\teido \mikuro m) regions at surfaces of samples,
occasionally simultaneous occurrence of several events, and so forth. We have
tried to provide a consistent explanation of CFP as a whole, using a model (called
the TNCF model) with a single adjustable parameter and several premises based
on experimental facts. To give physical bases for the premises in the TNCF
model, which has shown its ability to give a consistent explanation of CFP, we
have worked with neutron bands in solids. In this paper, we show a possibility
of neutron bands originating in excited states of neutrons in atomic nuclei on
lattice points (in lattice nuclei) mediated by band states of protons
(deuterons) occluded in the transition-metal hydrides (deuterides). An indirect
nuclear interaction between neutrons in lattice nuclei (the super-nuclear
interaction) becomes effective in those crystals when the density of hydrogen
isotopes is high and the neutrons are in excited states with widespread wave
functions in lattice nuclei. The super-nuclear interaction, then, results in
the formation of neutron bands which give rise to nuclear reactions observed as
anomalous nuclear reactions in solids, the so-called cold fusion phenomenon
(CFP). A relation between the
physics of transition-metal hydrides (deuterides) and CFP is investigated using
the trapped neutron catalized fusion (TNCF) model, which has been successful in
the systematic explanation of many phases of CFP.
2
On the new editorial principle of Fusion Science and Technology
About
the new editorial principle of the journal Fusion Science and Technology (former Fusion Technology)
published by the American
Nuclear Society, there have been discussed how they exclude cold fusion papers
and when. I have submitted two papers this year and refused to receive them by
following reasons that reflect their attitude for the cold fusion papers. We
can guess their new editorial principle from the matter.
Two reasons are (emphasized at
citation):
1.Having reviewed the contents of
your article, I have concluded your article falls outside the scope of Fusion
Technology, but it is perhaps suitable for journals in Atomic Physics, Nuclear
Physics, or Chemistry.
You may wish to take this suggestion
into account and pursue one of these paths. (April 2, 2001)
2. Having reviewed the contents of
your paper and reviewer considerations, I have concluded that the theoretical
model and experimental data discussed in your paper have been already published in Fusion
Technology [FT
33, 52 (1998) by Kozima; and FT 33, 476 (1998) by Iwamura], and
therefore is not suitable for re-consideration and publication in Fusion
Science and Technology. (May 30, 2001)
The reason 1 shows cold fusion
phenomenon is out of the scope of new editorial coverage and CF papers should
be excluded unconditionally.
The reason 2 shows that they
forcibly cut continuity of a field that took a part of the content of the
journal.
We can guess that FS&T
confines its scope to gfusion plasma physics and plasma
engineering, fusion nuclear technology and materials sciences, fusion plasma
enabling science and technology, fusion applications, and fusion design and
systems studiesh (from gInformation for authorsh of FS&T).
As I now know, several CF papers
are in the editorial process of FS&T and it is possible some papers
be published in near future issues if the Editor give fair judges in his/her
work sitting between authors and referees who are sometimes laypeople with lack
of understanding in CF phenomenon..
I feel that FS&T
squeezed out a science from its content to put science in its title. It is not
possible to deny an important role of Fusion Technology played in these
more than ten years in the progress of cold fusion research. We have to praise
the clever decision of the former Editor George H. Miley to include CF
phenomenon in the scope of FT icf. CFRL
News #19j. This fact will be esteemed higher after
establishment of cold fusion science in few years.
3. JCF3 iYokohama, October 25-26jwill be held.
Programs and Abstracts of Papers presented at JCF3 can be
read in the following website as announced by the Office of JCF;
http://fomcane.nucl.eng.osaka-u.ac.jp/jcf/NEW.HTML
4. On the US Patent 6,248,221 gElectrolysis apparatus
and electrodes and electrode material thereforeh by R.R. Davis et al. reported by T. Valone
T. Valone has mailed about a US patent relevant with cold fusion phenomenon as cited below. Please read details in the following website while I will give a short comment on the patent below.
Patent #6,248,221 at http://patft.uspto.gov/netahtml/srchnum.htm
When I have read the text of the patent, I felt anxiety could not understand well what this patent declares about cold fusion phenomenon. It will be understood if you read its Abstract not written about CF at all..
An improved electrolysis
system includes a cylindrical anode, a cylindrical cathode, a cathode material
including nanocrystalline particles, and an insulator disposed between the
anode and the cathode material to prevent contact between the anode and the
cathode material.
Following sentences in the Summary of
the Invention will show a characteristic of this patent:
These and other objects, features and advantages according to the
present invention are provided by a cathode comprising a plurality of nanocrystalline
particles formed by spray conversion processing. According to one aspect of
the present invention, the nanocystalline particles are formed from a single
element selected from the group consisting of Fe, Ni, Cu, Mo, Cr, Co, Mg,
Ag, and W. According to another aspect of the present invention, the
nanocystalline particles are formed from elements selected from the group
consisting of Fe, Ni, Cu, Mo, Cr, Co, Mg, Ag, and W.
We have had many
works in CF research in these more than ten years where used cathode materials
with large surface areas (large surface-to-volume ratios). Several examples we
can cite as follows; Arata cell (Discovery 6.2f)ANotoyafs porous nickel cathode (Discovery 6.3e)AO. Reifenschweilerfs Ti microparticles iPhys.
Letter A184, 149, (1994); Cold Fusion 22, 45, (1997)j, Les Casefs commercial porous carbon catalyst coated with palladium,
CFRL News #1), thin-films in Patterson beads (Discovery 7.1e)
It is noticed ,as
seen in the above cited sentences, that R.R. Davis excludes Pd and Ti from
metals used in the patent without mentioning any reason.
In Summary of the Invention, there are
also such ambiguous sentences as follows to understand exactly what they
mean;
g(--- improved
reaction vessel of) porous, rugged, ceramic matrix compositesh gelectrolysis
apparatus applies to fluid, e.g., liquid, gas, or plasma having a cylindrical
configurationh
A following sentence in the Detailed
Description of the Preferred Embodiments is not true as we know well from
list of works I have written above:
g---, the use of such materials (material
consists of small, micron-sized (e.g., 10-100 microns) as the cathode in an
electrolysis system has never before been proposed.h
At least, Aratafs and Reifenschweilerfs
materials are fine-particles of micron-sized ones.
Ambiguity of the explanation is also about
fluids used in the experiments;
hfor dissociation
of the fluid-borne hydrogen (H_{2}) into its constituent parts, --g
g---reaction
fluid, e.g. a gas such as hydrogen, --g
It is not clear if they use heavy water or not. It is also unclear
what kind of reaction(s) and reaction products were observed in their
experiments relevant with the patent even if there are words as follows;
greaction volumeh
greaction
materialh
greactor products
generated in the cathode materialh
I feel strongly a
difference in the patent text and the scientific text. In the science text,
description is aimed at how it is easy to understand the essence of the work.
On the other hand, as we can see in this patent, description is aimed at just
details of method used in the patent and not essential results obtained by it.
This is my impression for the patent as a
layman of the patent text and you are advised to read the text yourself if you
are interested in it.
Following is the mail from T.
Valone reporting the patent.
Mail from T. Valone,
Congratulations to patentee Randy Davis,
an attendee of LENREW 2000, who, with a stroke of genius, designed claim
language that addresses an electrolysis apparatus
comprising a "cathode material including nanocrystalline particles"
along with anode, cathode and insulator.
(Patent #6,248,221, issued June 19, 2001,
is attached. Complete image version with drawings can be viewed at http://patft.uspto.gov/netahtml/srchnum.htm)
Thus, even with deuterium references that
look suspiciously like cold fusion, the classifier only selected the preamble
to claim #1 and sent it to Class 204 which is defined below:
First page of the patent text of Davis
et al.
United States Patent |
6,248,221 |
Davis , et al. |
June
19, 2001 |
Electrolysis apparatus and
electrodes and electrode material therefor
Abstract
An
improved electrolysis system includes a cylindrical anode, a cylindrical
cathode, a cathode material including nanocrystalline particles, and an
insulator disposed between the anode and the cathode material to prevent
contact between the anode and the cathode material.
Inventors: |
Davis; Randolph R. (44 Redding Ridge Dr., N. Potomac, MD 20878); McGraw; Thomas
F. (4801 Lightkeepers Way, #17A, Little River, SC 29566); Woll;
Richard S. (P.O. Box 52, Delray, WV 26714) |
Appl. No.: |
322690 |
Filed: |
June 1, 1999 |
Current U.S. Class: |
204/260; 204/228.1; 204/262; 204/272 |
Intern'l Class: |
C25B
009/00 |
Field of Search: |
204/260,262,252,282,272,228.1
429/31,40,44 |