Erwartungen an die LENR-Theorien: Unterschied zwischen den Versionen
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+ | [[Datei:JCMNS-logo_166x100.jpg|Journal of Condensed Matter Nuclear Science|frameless|166px|left|link=]] | ||
+ | <div style="display:inline-block; margin-left: 1.2em;"> | ||
+ | <small>Journal of Condensed Matter Nuclear Science 26 (October 2018) 15-31, © 2018 ISCMNS</small><br> | ||
+ | <small>[https://pdfs.semanticscholar.org/48ec/64b2b962848157305bc064e7ff8f9b26a858.pdf Expectations of LENR Theories]</small><br> | ||
+ | <small>David J. Nagel, The George Washington University and NUCAT Energy LLC, 725 23rd Street NW, Washington DC 20052, USA</small><br> | ||
+ | <small>nagel@gwu.edu</small> | ||
+ | </div> | ||
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+ | __toc__ | ||
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Version vom 8. August 2020, 20:12 Uhr

Journal of Condensed Matter Nuclear Science 26 (October 2018) 15-31, © 2018 ISCMNS
Expectations of LENR Theories
David J. Nagel, The George Washington University and NUCAT Energy LLC, 725 23rd Street NW, Washington DC 20052, USA
nagel@gwu.edu
Autoren | Welches LENR? | Coulomb-Barriere | Hochenergetische Teilchen |
Konzeption | Gleichungen? | Numerische Ergebnisse |
Nutzung der Ergebnisse |
---|---|---|---|---|---|---|---|
Adamenko und Vysotskii |
Transmutation | n/a | n/a | Magnetic monopoles | ja | Approx. bounds |
nein |
Alexandrov | [math]e + P \to N + \nu[/math] | Neutronen | nein | Band theory, effective mass |
ja | ja | Applied to semicond. |
Bass und Swartz |
D-Fusion | nein | nein | Control theory | Computer simulation |
ja | Future work |
Breed | [math]4D \to \alpha + \ldots[/math] | ja | ja | Band theory, effective mass, resonance |
ja | nein | n/a |
S. Chubb | [math]D + D \to \; ^4He \; + \;[/math]Wärme | ja | ja | Nonlocal quantum effects, resonance |
ja | ja | nein |
T. Chubb | Verschiedene | ja | ja | „Ion band states“ | nein | nein | n/a |
Cook | Transmutation | nein | n/a | Lattice model of nuclei |
ja | ja | Compared with expt. |
Dufour u. a. | [math]Pd + D, \; D + D[/math] | ja | indirekt | New force | nein | nein | n/a |
Fou | [math]D+D[/math] -Fusion | ja | nein | Neutron exchange, electrostatic fields |
nein | nein | n/a |
Frisone | D-Plasma- Schwingungen |
ja | n/a | Gamow and Preparata Theory |
ja | ja | nein |
Godes | [math]e + P \to N + \nu[/math] | Neutronen | nein | verschiedene | nein | nein | n/a |
Hagelstein and Chaudhary |
[math]D + D \to \; ^4He + 24 \; MeV[/math] | ja | ja | Coupling two-level systems to phonons |
ja | Qualitative | n/a |
Hagelstein, Melich and Johnson |
Verschiedene | ja | ja | verschiedene | n/a | n/a | n/a |
Hagelstein u. a. | Verschiedene | nein | nein | Existing theory | ja | nein | n/a |
Kim | [math]D + D \to \; ^4He + \;[/math]Wärme | ja | ja | Bose–Einstein condensate |
ja | ja | ja |
Kozima | Nicht angegeben | nein | nein | Cellular automata, recursion equations |
nein | nein | n/a |
Kozima and Date |
Transmutation | Neutronen | nein | „Neutron drops“ | nein | nein | n/a |
Li u. a. | [math]P + D + e \to \; ^3He + e + \nu + \nu^-[/math] | Neutronen | indirekt | Resonance, tunneling |
ja | ja | nein |
Sinha and Meulenberg |
D-Fusion | ja | nein | Screening via local [math]e^-[/math] pairs |
ja | ja | nein |
Swartz | D-Fusion | nein | nein | Relations between operating parameters |
ja | Approximately | ja |
Swartz and Forsley |
D-Fusion | nein | nein | Relations involving operating parameters |
Computer calculations |
Qualitative | ja |
Takahashi | [math]4D \to \; ^8Be^* \to 2\alpha[/math] | ja | nein | “Tetrahedrally symmetric clusters” |
ja | ja | ja |