首页> 外文会议>International conference on cold fusion >Picnonuclear Fusion Generated in 'Lattice-Reactor' of Metallic Deuterium Lattice within Metal Atom-Clusters
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Picnonuclear Fusion Generated in 'Lattice-Reactor' of Metallic Deuterium Lattice within Metal Atom-Clusters

机译:金属原子簇内金属氘晶格的“格子反应器”中产生的野猪核融合

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It was confirmed that nanometersized metal atom-clusters absorbs D/H atoms with ultrahigh density. These D/H atoms coagulate locally to ultrahighly condense inside unit cell of host metal lattice as "picnodeuterium-lump" (hereafter deuteriums mean D/H atoms) which causes "Picnonuclear-fusion", so that such host metal lattices called "Lattice-Reactor". These events never be realized in bulk-metal lattices. More detailed contents are described as follows: [Ⅰ] Formation of highly condensed metallic deuterium lattice and picnonuclear fusion. [Ⅱ] Nuclear fusion caused by intense sonoimplantation effect within metals, [Ⅲ] Others, a) Tritium is generated or not? b) Possibility of Pd+Pd nuclear reactions in "Lattice-Reactor" caused the picnodeuterium-fusion.
机译:确认纳米化金属原子 - 簇具有超高密度的D / H原子。这些d / h原子在宿主金属晶格中局部凝结在宿主金属晶格中的超高凝结,作为“picnodeutium-lemp”(以下氘代甲酸块),这导致“picnonularium-fusion”,使得这种宿主金属格子称为“格子 - 反应堆”。这些事件永远不会在散装金属格子中实现。更详细的内容描述如下:[Ⅰ]高浓缩金属氘晶格和纤维核融合的形成。 [Ⅱ]核融合在金属中强烈的超声血管效应引起的,[Ⅲ]其他,a)氚生成 - b)“格子反应器”中Pd + Pd核反应的可能性导致纤维黄素融合。

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