darmstadtium造句

• The atomic radius of darmstadtium is expected to be around 132 pm.
• Hassium has been observed as decay products of darmstadtium.
• Prediction of the probable chemical properties of darmstadtium has not received much attention recently.
• Darmstadtium is expected to be a noble metal.
• They were unable to detect any darmstadtium atoms.
• Parent darmstadtium nuclei can be themselves decay products of copernicium, flerovium, or livermorium.
• The decay properties were confirmed by the team at GSI in their simultaneous study of darmstadtium.
• Darmstadtium is calculated to have similar properties to its lighter homologues, nickel, palladium, and platinum.
• Hassium isotopes with mass numbers 266, 273, 275, and 277 to date have only been produced by darmstadtium nuclei decay.
• The GSI, amongst other elements, discovered the chemical element darmstadtium ( atomic number : 110 ), named after the city in 2003.
• The probable chemistry of roentgenium has received more interest than that of the two previous elements, meitnerium and darmstadtium, as the valence s-pm.
• The name " darmstadtium " ( Ds ) was suggested by the GSI team in honor of the city of Darmstadt, where the element was discovered.
• Other predicted darmstadtium compounds are darmstadtium carbide ( DsC ) and darmstadtium tetrachloride ( DsCl 4 ), both of which are expected to behave like their lighter homologues.
• Other predicted darmstadtium compounds are darmstadtium carbide ( DsC ) and darmstadtium tetrachloride ( DsCl 4 ), both of which are expected to behave like their lighter homologues.
• Other predicted darmstadtium compounds are darmstadtium carbide ( DsC ) and darmstadtium tetrachloride ( DsCl 4 ), both of which are expected to behave like their lighter homologues.
• Darmstadtium currently has eight known isotopes, all of which have been shown to undergo alpha decays to become hassium nuclei, with mass numbers between 263 and 277.
• The chemical element Darmstadtium ( atomic number 110 ) is named after Darmstadt, having been synthetisized in the GSI Helmholtz Centre for Heavy Ion Research in Darmstadt-Arheilgen.
• Experiments at Berkeley were unsuccessful, but eventually elements 110-112 ( 110, darmstadtium; 111, roentgenium and 112, copernicium ) were identified at the Darmstadt laboratory.
• The relativistic stabilization of the 7s orbital is the explanation to the predicted electron configuration of darmstadtium, which, unusually for this group, conforms to that predicted by the Aufbau principle.
• Darmstadtium was officially approved as the name for element No . 110 in 2003 and MP3 _ as the name for a computer file or the audio file format _ first appeared in 1996.