Volume 2 - LENR-CANR

Table 1. Characterization of the Theory Papers in This Section
Authors Which LENR? Coulomb Hi-energy
Concept Equations?
barrier particles
Numerical
Use of Results? Comments
Results?
1 Adamenko,
Transmutation N/A N/A Magnetic monopoles Yes
Vysotskii
Approx.
No
bounds
2 Alexandrov e+p n+ Neutrons No
Band theory,
Yes Yes
Applied to
effective mass
semicond.
3 Bass, Swartz D fusion No No Control theory Computer simul. Yes Future work
4 Breed 4d + … Yes Yes
Band theory, effective
Yes No N/A
mass, resonance
5 S. Chubb d+d 4 He+heat Yes Yes
Nonlocal quantum
Yes Yes No
“Real barrier is
effects, resonance
conceptual”
6 T. Chubb Various Yes Yes “Ion band states” No No N/A
7 Cook Transmutation No N/A Nuclear lattice model Yes Yes Compare with exp’t
8 Dufour et al. Pd+D, D+D Yes Indirectly New force No No N/A
9 Fou d+d fusion Yes No
Neutron exchange,
No No N/A
electrostatic fields
10 Frisone
D plasma
Yes N/A
Gamow and Preparata
Yes Yes No
oscillations
theory
11 Godes e+p n+ Neutrons No Various No No N/A
12 Hagelstein, d+d
4 Yes Yes
Coupling 2-level systems
Yes Qualitative N/A
Chaudhary He+24 MeV
to phonons
Hagelstein, Melich,
13 Various Yes Yes Various N/A N/A N/A
Survey of
Johnson
experiments
14 Hagelstein et al. Various No No Existing theory Yes No N/A Gen. framework
15 Kim d+d 4 He+heat Yes Yes Bose-Einstein condensate Yes Yes Yes
16 Kozima Not stated No No
Cellular automata,
No No N/A
recursion equations
Complexity
theory
17 Kozima, Date Transmutation Neutrons No “Neutron drops” No No N/A
18 Li et al.
d+p+e
3 – Neutrons Indirectly Resonance, tunneling Yes Yes No
He+e++
476
Yes Yes No
Screening via local e
pairs
Relations between
operating params.
Relations involving
operating params.
“Tetrahedrally symmetric
clusters”
19 Sinha, Meulenberg D fusion Yes No
Yes Approx. Yes
20 Swartz D fusion No No
Computer
Qualitative Yes
calculations
Yes Yes No
21 Swartz, Forsley D fusion No No
22 Takahashi 4d 8 Be* 2 Yes No