PropertyValue
rdf:type
rdfs:label
  • Lutetium
  • Lutetium
rdfs:comment
  • Lutetium (symbol Lu) is a chemical element, atomic number 71 on the periodic table.
  • Lutetium (atomic symbol Lu) is element 71 on the periodic table. It is the last of the lanthanides.
  • Lutetium was a metal. As of 3643 BBY, it was considered extremely rare.
  • From [[w:|]][[Category: derivations|Lutetium]] Lutetia (“‘Paris, the capital of France’”).
  • It is one of the elements that traditionally were included in the classification, "rare earths". One of its radioactive isotopes (176Lu) is used in nuclear technology to determine the age of meteorites. Lutetium usually occurs in association with the element yttrium and is sometimes used in metal alloys and as a catalyst in various chemical reactions.
owl:sameAs
dcterms:subject
Row 9 info
  • natural
Row 8 info
  • hexagonal
Row 4 info
  • lanthanide
Row 10 title
  • Radioactivity
Row 7 title
  • Phase
Row 1 info
  • Georges Urbain
  • lutetium
Row 8 title
  • Crystal Structure
Row 4 title
  • Category
Row 9 title
  • Synthetic or natural
Row 2 info
  • 1907
  • Lu
Row 6 info
  • silvery white
Row 1 title
  • Name
  • Discovered by
Row 5 info
  • 28183292
Row 2 title
  • Symbol
  • Year of Discovery
Row 6 title
  • Color
Row 10 info
  • none
Row 5 title
  • Electrons Per Shell
Row 3 info
  • 71
  • Latin for Paris
Row 3 title
  • Name
  • Atomic Number
Row 7 info
  • solid
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Number
  • 71
Box Title
  • History
  • General Properties
DE
  • Lutetium
Name
  • Lutetium
dbkwik:elements/property/wikiPageUsesTemplate
Mass
  • 174.970000
Symbol
  • Lu
Pt
  • Lutetium
abstract
  • Lutetium (symbol Lu) is a chemical element, atomic number 71 on the periodic table.
  • Lutetium (atomic symbol Lu) is element 71 on the periodic table. It is the last of the lanthanides.
  • Lutetium was a metal. As of 3643 BBY, it was considered extremely rare.
  • From [[w:|]][[Category: derivations|Lutetium]] Lutetia (“‘Paris, the capital of France’”).
  • It is one of the elements that traditionally were included in the classification, "rare earths". One of its radioactive isotopes (176Lu) is used in nuclear technology to determine the age of meteorites. Lutetium usually occurs in association with the element yttrium and is sometimes used in metal alloys and as a catalyst in various chemical reactions.