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- Cluster_impact_fusion abstract "Cluster Impact Fusion is a suggested method of producing practical fusion power using small clusters of heavy water molecules directly accelerated into a titanium-deuteride target. Calculations suggested that such a system enhanced the cross section by many orders of magnitude.The idea was first reported by researchers at Brookhaven in 1989. Intrigued by recent reports of cold fusion, they attempted to study potential causes for the effect by accelerating tiny droplets of heavy water, about 25 to 1300 D2O molecules each, into a target at about 220 eV. To their surprise they immediately saw fusion effects, at a rate that was many times what any of them could explain via conventional theory.The experiment was fairly simple in concept but required an appropriate accelerator, so it was some time before other labs were able to repeat the experiments. One of the first was the University of Washington, who reported a null result in 1991. Further experiments and a review from MIT in 1992 solved the mystery: the fusion products were the results of contamination, which could be eliminated by filtering with a magnet. The Brookhaven experimenters tried this and the effect disappeared. Cluster fusion references end abruptly at that point.".
- Cluster_impact_fusion wikiPageExternalLink p1379_1.
- Cluster_impact_fusion wikiPageExternalLink 385.pdf.
- Cluster_impact_fusion wikiPageExternalLink cluster-0513.html.
- Cluster_impact_fusion wikiPageID "2179652".
- Cluster_impact_fusion wikiPageLength "1987".
- Cluster_impact_fusion wikiPageOutDegree "13".
- Cluster_impact_fusion wikiPageRevisionID "595668853".
- Cluster_impact_fusion wikiPageWikiLink Brookhaven_National_Laboratory.
- Cluster_impact_fusion wikiPageWikiLink Category:Cold_fusion.
- Cluster_impact_fusion wikiPageWikiLink Category:Nuclear_technology.
- Cluster_impact_fusion wikiPageWikiLink Cold_fusion.
- Cluster_impact_fusion wikiPageWikiLink Cross_section_(physics).
- Cluster_impact_fusion wikiPageWikiLink Deuterium.
- Cluster_impact_fusion wikiPageWikiLink Fusion_power.
- Cluster_impact_fusion wikiPageWikiLink Heavy_water.
- Cluster_impact_fusion wikiPageWikiLink Impact_fusion.
- Cluster_impact_fusion wikiPageWikiLink MIT.
- Cluster_impact_fusion wikiPageWikiLink Macron_(physics).
- Cluster_impact_fusion wikiPageWikiLink Massachusetts_Institute_of_Technology.
- Cluster_impact_fusion wikiPageWikiLink Titanium.
- Cluster_impact_fusion wikiPageWikiLink University_of_Washington.
- Cluster_impact_fusion hasPhotoCollection Cluster_impact_fusion.
- Cluster_impact_fusion wikiPageUsesTemplate Template:Citation_needed.
- Cluster_impact_fusion wikiPageUsesTemplate Template:Note.
- Cluster_impact_fusion wikiPageUsesTemplate Template:Orphan.
- Cluster_impact_fusion wikiPageUsesTemplate Template:Ref.
- Cluster_impact_fusion subject Category:Cold_fusion.
- Cluster_impact_fusion subject Category:Nuclear_technology.
- Cluster_impact_fusion hypernym Method.
- Cluster_impact_fusion type Article.
- Cluster_impact_fusion type Software.
- Cluster_impact_fusion type Article.
- Cluster_impact_fusion type Physic.
- Cluster_impact_fusion comment "Cluster Impact Fusion is a suggested method of producing practical fusion power using small clusters of heavy water molecules directly accelerated into a titanium-deuteride target. Calculations suggested that such a system enhanced the cross section by many orders of magnitude.The idea was first reported by researchers at Brookhaven in 1989.".
- Cluster_impact_fusion label "Cluster impact fusion".
- Cluster_impact_fusion sameAs m.06str8.
- Cluster_impact_fusion sameAs Q5136704.
- Cluster_impact_fusion sameAs Q5136704.
- Cluster_impact_fusion wasDerivedFrom Cluster_impact_fusion?oldid=595668853.
- Cluster_impact_fusion isPrimaryTopicOf Cluster_impact_fusion.