Rare earth metals present on the Moon include yttrium, lanthanum and
samarium.
Ay mevcut Nadir toprak metalleri itriyum, lantan ve samaryum içerir.
Kaynak: designbuildsource.com.auAmong them are yttrium, lanthanum and
samarium.
Bunlar arasında, itriyum, lantan ve samaryum vardır.
Kaynak: smh.com.auA
samarium–cobalt magnet, a type of rare earth magnet , is a strong permanent magnet made of an alloy of
samarium and cobalt .
Kaynak: Samarium–cobalt magnetNaturally occurring
samarium (Sm) is composed of five stable isotope s, 144 Sm, 149 Sm, 150 Sm, 152 Sm and 154 Sm, and two extremely long-
Kaynak: Isotopes of samariumSamarium monochalcogenides are chemical compounds with the composition SmX, where Sm stands for the lanthanide element
samarium and X
Kaynak: Samarium monochalcogenides Samarium chloride may refer to:
Samarium(III) chloride (
samarium trichloride), SmCl 3
Samarium dichloride (
samarium(II) chloride), SmCl 2
Kaynak: Samarium chloride Samarium(II) iodide (SmI 2, also known as "Kagan's reagent") is a green solid composed of
samarium and iodine , with a melting point of
Kaynak: Samarium(II) iodide Samarium-153 is an isotope of
samarium . It emits beta particle s and gamma ray s. (The therapeutic component is largely due to the beta
Kaynak: Samarium-153 Samarium fluoride may refer to:
Samarium(III) fluoride (
samarium trifluoride), SmF 3
Samarium(II) fluoride (
samarium difluoride), SmF 2
Kaynak: Samarium fluoride Samarium(III) chloride (SmCl 3), also known as
samarium trichloride, is a compound of
samarium and chlorine . It is a pale yellow solid
Kaynak: Samarium(III) chloride 149 Sm is a stable isotope of
samarium , and a fission product (yield 1.0888%) which is a neutron -absorbing nuclear poison with
Kaynak: Samarium-149Samarium-neodymium dating is useful for determining the age relationships of rocks and meteorites, based on decay of a long-lived
samariumKaynak: Samarium-neodymium dating Samarium hexaboride is a typical intermediate-valence compound where
samarium is present both as Sm 2+ and Sm 3+ ions at the ratio 3:7 It
Kaynak: Samarium hexaboride Reductions with
samarium(II) iodide involve the conversion of various classes of organic compounds into reduced products through the action
Kaynak: Reductions with samarium(II) iodide(60) and
samarium (62); this was confirmed in 1914 by Henry Moseley who, having measured the atomic numbers of all the elements then
Kaynak: Promethium