Multibody Fusion Model to Explain Experimental Results

Mechanism of Deuteron Cluster Fusion by Eqpet Model

“…Under the stimulation of D-phonon excitation in PdDx (suppose locally x=1) lattice, transient 4D-cluster will be formed with certain probability 4 . We know the trapping periodical potential height for D in PdDx lattice is about 0.22 eV, and we use kinetic energy of deuteron Ed =0.22eV for numerical estimation in the following.…”

“…In figures 3 and 4, 3-dimensional features of e*(4,4) and e* (8,8) are drawn, respectively. In TBC/TSC, we expect that transient D-cluster state can be analyzed as superposition of transient d-d molecular states, e.g., dde and ddee with normal electron (1,1) states and dde* and dde*e* with transient electronic quasi-particles (TEQP), (2,2), (4,4) and (8,8) states. Hence we apply an expansion theory of total Dcluster wave function with the linear combination of solved wave functions for transient molecular states 2 .…”

“…Screened potentials for e*(2,2) and e* (4,4) are shown in Figures 6 and 7, respectively. For dynamic barrier penetration problem, assuming relative deuteron kinetic energy Ed = 0.22eV, Gamow integral is done from the b-value where Vs crosses "zero" potential value to the r0 value of about 5 fm for contact surface of nuclear fusion (range of pion).…”

Analysis of Nuclear Transmutation Induced From Metal Plus Multibody-Fusion-Products Reaction

“…Multi-body fusion model [3] has proposed to explain the anomalous 4 He production, which cannot be explained by usual DD fusion reaction. This model assumes that the multi-body fusion reaction rate is enhanced in the transient process by the coherent motion of hydrogen isotopes occupied octahedral or tetrahedral sites in Pd lattice.…”

“…We have analyzed the nuclear transmutation, assuming photo-fission of cathode material, such as Pd, excited by multi-photon process. This time, the nuclear transmutation is analyzed as fissions from secondary reactions of multi-body fusion [3] in addition to photo-fission.…”