Neuer ANAXAM Rekord: Mehr als 22.000 Proben in nur 48 Stunden gemessen Diese Woche erreichte unser Team, an der Diffraktionsstrahlline ID31 des ESRF - The European Synchrotron in Grenoble, eine neue ANAXAM Bestleistung. Innerhalb von nur 48 Stunden gelang es uns 22.105 Proben für unseren Partner STENMAN MINERALS Ab zu messen. New ANAXAM record: More than 22,000 samples measured in just 48 hours This week our team achieved a new ANAXAM record at the diffraction beamline ID31 of the ESRF - The European Synchrotron in Grenoble. Within just 48 hours, we managed to measure 22,105 samples for our partner STENMAN MINERALS Ab.
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Searching for the elusive neutrino takes on many forms. Detectors consisting of many tons of gallium are used in several experiments because neutrino interactions can occur on the stable gallium-71 (71Ga) nucleus and transform it into a radioactive isotope of germanium (71Ge) with an 11-day half-life that can then be observed with traditional radiation detectors.
Study suggests germanium isotope really does have an 11-day half-life
phys.org
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Welche Alternativen werden aktuell entwickelt zu den Klassikern magnetischer Einschluss (Tokamak und Stellarator) und Trägheitsfusion (Laserfusion)?
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spektrum.de
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When an external laser field is introduced to collision processes, some interesting effects can be observed. As an example, a hydrogen atom (in an excited state) has an effective dipole moment which leads to long-range interaction with charges particle, a positron in our case. This results in the enhancement of Positronium formation cross section. Check out our work on laser assisted positronium formation below: https://lnkd.in/gQePM9vV
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ATR-FUV 遠紫外分光装置 減衰全反射法(ATR法)を用いることで、従来では測定が出来なかった 遠紫外領域(波長145~300nm)の液体の遠紫外スペクトルが測定できる装置です。 弊社独自の窒素パージ型分光器によって、成し得た画期的なシステムです。 ATR-FUV Far-UV Spectrometer By using the attenuated total reflection (ATR) method, it is possible to measure the far-ultraviolet spectra of liquids in the This system can measure the far-ultraviolet spectrum of liquids in the far-ultraviolet region (wavelength: 145 to 300 nm), which could not be measured in the past. This is an epoch-making system made possible by our unique nitrogen-purged spectrometer.
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Welche Alternativen werden aktuell entwickelt zu den Klassikern magnetischer Einschluss (Tokamak und Stellarator) und Trägheitsfusion (Laserfusion)?
Urknall, Weltall und das Leben: Kernfusion: Kalte Fusion, Kolben, Fast Ignition, FRC
spektrum.de
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🧐Seltene Erden sind die Oxide der Seltenerdmetalle. Sie werden in Ceriterden (Lanthan bis Europium, leicht) und Yttererden (Gadolinium bis Lutetium und Yttrium, schwer) unterteilt. Diese Gruppierung basiert auf ähnlichen Eigenschaften der Elemente. Worin sich die Eigenschaften der verschiedenen Yttererden unterscheiden und wo das chemische Element Yttrium zum ersten Mal entdeckt wurde, kannst du im RÖMPP nachlesen. 👉 https://brnw.ch/21wPHmA . . . #ROEMPP #chemie #chemistry #element #metall #yttrium
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Good overview of different fusion concepts and their approach and progress towards bringing fusion out of the lab and onto the grid. At Renaissance Fusion we believe in stellarators like Wendelstein 7x but have some additional ideas about making them a lot easier to manufacture. Stellarators are the way 😁 https://lnkd.in/e_ZWFaWG
Wege zum Fusionskraftwerk
mpg.de
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ATR-FUV 遠紫外分光装置 減衰全反射法(ATR法)を用いることで、従来では測定が出来なかった 遠紫外領域(波長145~300nm)の液体の遠紫外スペクトルが測定できる装置です。 弊社独自の窒素パージ型分光器によって、成し得た画期的なシステムです。 ATR-FUV Far-UV Spectrometer By using the attenuated total reflection (ATR) method, it is possible to measure the far-ultraviolet spectra of liquids in the This system can measure the far-ultraviolet spectrum of liquids in the far-ultraviolet region (wavelength: 145 to 300 nm), which could not be measured in the past. This is an epoch-making system made possible by our unique nitrogen-purged spectrometer.
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