Matches in DBpedia 2015-10 for { <http://dbpedia.org/resource/Pyroelectric_fusion> ?p ?o }
Showing triples 1 to 97 of
97
with 100 triples per page.
- Pyroelectric_fusion abstract "Pyroelectric fusion refers to the technique of using pyroelectric crystals to generate high strength electrostatic fields to accelerate deuterium ions (tritium might also be used someday) into a metal hydride target also containing deuterium (or tritium) with sufficient kinetic energy to cause these ions to undergo nuclear fusion. It was reported in April 2005 by a team at UCLA. The scientists used a pyroelectric crystal heated from −34 to 7 °C (−29 to 45 °F), combined with a tungsten needle to produce an electric field of about 25 gigavolts per meter to ionize and accelerate deuterium nuclei into an erbium deuteride target. Though the energy of the deuterium ions generated by the crystal has not been directly measured, the authors used 100 keV (a temperature of about 109 K) as an estimate in their modeling. At these energy levels, two deuterium nuclei can fuse together to produce a helium-3 nucleus, a 2.45 MeV neutron and bremsstrahlung. Although it makes a useful neutron generator, the apparatus is not intended for power generation since it requires far more energy than it produces.".
- Pyroelectric_fusion wikiPageExternalLink 20060213-6170.html.
- Pyroelectric_fusion wikiPageExternalLink 1.
- Pyroelectric_fusion wikiPageExternalLink update.do?artcenterkey=1358.
- Pyroelectric_fusion wikiPageExternalLink 6900088_UCLA_Cold_Fusion.
- Pyroelectric_fusion wikiPageExternalLink pyrofusion.
- Pyroelectric_fusion wikiPageExternalLink ucei.html.
- Pyroelectric_fusion wikiPageExternalLink 729-1.html.
- Pyroelectric_fusion wikiPageExternalLink Brownridge%20Summary.pdf.
- Pyroelectric_fusion wikiPageExternalLink p25s01-stss.html.
- Pyroelectric_fusion wikiPageExternalLink technology_and_science-science.
- Pyroelectric_fusion wikiPageExternalLink nature03575.html.
- Pyroelectric_fusion wikiPageExternalLink nature03575.html.
- Pyroelectric_fusion wikiPageExternalLink 1.
- Pyroelectric_fusion wikiPageExternalLink v27_515.pdf.
- Pyroelectric_fusion wikiPageExternalLink ny_team_confirms_ucla_tabletop_fusion_10017.html.
- Pyroelectric_fusion wikiPageExternalLink AARD459.pdf.
- Pyroelectric_fusion wikiPageID "1820902".
- Pyroelectric_fusion wikiPageLength "11659".
- Pyroelectric_fusion wikiPageOutDegree "50".
- Pyroelectric_fusion wikiPageRevisionID "590850318".
- Pyroelectric_fusion wikiPageWikiLink Atomic_nucleus.
- Pyroelectric_fusion wikiPageWikiLink Bremsstrahlung.
- Pyroelectric_fusion wikiPageWikiLink Bubble_fusion.
- Pyroelectric_fusion wikiPageWikiLink Category:Neutron_sources.
- Pyroelectric_fusion wikiPageWikiLink Category:Nuclear_fusion.
- Pyroelectric_fusion wikiPageWikiLink Cockcroft-Walton_generator.
- Pyroelectric_fusion wikiPageWikiLink Cockcroft–Walton_generator.
- Pyroelectric_fusion wikiPageWikiLink Crystal.
- Pyroelectric_fusion wikiPageWikiLink Deuterium.
- Pyroelectric_fusion wikiPageWikiLink Electric_field.
- Pyroelectric_fusion wikiPageWikiLink Electronvolt.
- Pyroelectric_fusion wikiPageWikiLink Erbium.
- Pyroelectric_fusion wikiPageWikiLink Ernest_Walton.
- Pyroelectric_fusion wikiPageWikiLink Helium-3.
- Pyroelectric_fusion wikiPageWikiLink Hydride.
- Pyroelectric_fusion wikiPageWikiLink Ion.
- Pyroelectric_fusion wikiPageWikiLink James_Gimzewski.
- Pyroelectric_fusion wikiPageWikiLink James_K._Gimzewski.
- Pyroelectric_fusion wikiPageWikiLink John_Cockcroft.
- Pyroelectric_fusion wikiPageWikiLink Journal_of_Applied_Physics.
- Pyroelectric_fusion wikiPageWikiLink KeV.
- Pyroelectric_fusion wikiPageWikiLink Kelvin.
- Pyroelectric_fusion wikiPageWikiLink Lithium_tantalate.
- Pyroelectric_fusion wikiPageWikiLink Los_Alamos_National_Laboratory.
- Pyroelectric_fusion wikiPageWikiLink MeV.
- Pyroelectric_fusion wikiPageWikiLink Metal_hydride.
- Pyroelectric_fusion wikiPageWikiLink Microthruster.
- Pyroelectric_fusion wikiPageWikiLink Nature_(journal).
- Pyroelectric_fusion wikiPageWikiLink Neutron.
- Pyroelectric_fusion wikiPageWikiLink Neutron_generator.
- Pyroelectric_fusion wikiPageWikiLink Neutron_source.
- Pyroelectric_fusion wikiPageWikiLink Nuclear_fusion.
- Pyroelectric_fusion wikiPageWikiLink Purdue_University.
- Pyroelectric_fusion wikiPageWikiLink Pyroelectric_crystal.
- Pyroelectric_fusion wikiPageWikiLink Pyroelectricity.
- Pyroelectric_fusion wikiPageWikiLink Rensselaer_Polytechnic_Institute.
- Pyroelectric_fusion wikiPageWikiLink Rusi_P._Taleyarkhan.
- Pyroelectric_fusion wikiPageWikiLink Rusi_Taleyarkhan.
- Pyroelectric_fusion wikiPageWikiLink Sonoluminescence.
- Pyroelectric_fusion wikiPageWikiLink Space_propulsion.
- Pyroelectric_fusion wikiPageWikiLink Spacecraft_propulsion.
- Pyroelectric_fusion wikiPageWikiLink Tritium.
- Pyroelectric_fusion wikiPageWikiLink Tungsten.
- Pyroelectric_fusion wikiPageWikiLink UCLA.
- Pyroelectric_fusion wikiPageWikiLink University_of_California,_Los_Angeles.
- Pyroelectric_fusion wikiPageWikiLink W:Physics_Web.
- Pyroelectric_fusion wikiPageWikiLinkText "Pyroelectric fusion / Crystal fusion".
- Pyroelectric_fusion wikiPageWikiLinkText "Pyroelectric fusion".
- Pyroelectric_fusion wikiPageWikiLinkText "Pyroelectric_fusion".
- Pyroelectric_fusion wikiPageWikiLinkText "pyroelectric fusion".
- Pyroelectric_fusion wikiPageWikiLinkText "pyroelectric nuclear fusion".
- Pyroelectric_fusion hasPhotoCollection Pyroelectric_fusion.
- Pyroelectric_fusion wikiPageUsesTemplate Template:Citation_style.
- Pyroelectric_fusion wikiPageUsesTemplate Template:Erbium.
- Pyroelectric_fusion wikiPageUsesTemplate Template:Fusion_methods.
- Pyroelectric_fusion wikiPageUsesTemplate Template:Lithium.
- Pyroelectric_fusion wikiPageUsesTemplate Template:Nuclear_fusion_reactors.
- Pyroelectric_fusion wikiPageUsesTemplate Template:Oxygen.
- Pyroelectric_fusion wikiPageUsesTemplate Template:PDFlink.
- Pyroelectric_fusion wikiPageUsesTemplate Template:Reflist.
- Pyroelectric_fusion wikiPageUsesTemplate Template:Tantalum.
- Pyroelectric_fusion subject Category:Neutron_sources.
- Pyroelectric_fusion subject Category:Nuclear_fusion.
- Pyroelectric_fusion type Article.
- Pyroelectric_fusion type Article.
- Pyroelectric_fusion type Physic.
- Pyroelectric_fusion type Source.
- Pyroelectric_fusion comment "Pyroelectric fusion refers to the technique of using pyroelectric crystals to generate high strength electrostatic fields to accelerate deuterium ions (tritium might also be used someday) into a metal hydride target also containing deuterium (or tritium) with sufficient kinetic energy to cause these ions to undergo nuclear fusion. It was reported in April 2005 by a team at UCLA.".
- Pyroelectric_fusion label "Pyroelectric fusion".
- Pyroelectric_fusion sameAs Pyrofusion.
- Pyroelectric_fusion sameAs 焦電核融合.
- Pyroelectric_fusion sameAs m.05zkp7.
- Pyroelectric_fusion sameAs Q187688.
- Pyroelectric_fusion sameAs Q187688.
- Pyroelectric_fusion wasDerivedFrom Pyroelectric_fusion?oldid=590850318.
- Pyroelectric_fusion isPrimaryTopicOf Pyroelectric_fusion.