The chemistry of the actinide and transactinide elements
By L. Morss, N. Edelstein, J. Fuger. 2006
1,212 citations recorded by the source corpus.
Subfields: Inorganic Chemistry
View Paper: https://www.semanticscholar.org/paper/48c7723a9b7f996e7474e382db60454619f0b281
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In Inorganic Chemistry
Citations in the corpus
- Laser spectroscopy for nuclear structure physics (2016, neutral): “Element Z Measured Isotopes Recent references Full references Pb 82 182–212, 214 [2, 144–147] 183–189 (odds), 193–197 (odds), 202 Bi 83 189, 191, 202–210, 212, 213 [88, 148–150] 191, 210 Po 84 191–211, 216, 218 [151–154] [151–155] 191–203 (odds) Rn 86 200–202, 204–212, 218–223, 225 [2, 156] 203 Fr 8”
- Versatile Monazite: Resolving geological records and solving challenges in materials science. Monazite as a promising long-term radioactive waste matrix: Benefits of high-structural flexibility and chemical durability (2013, background): “Stable actinide silicates with the monazite structure include monoclinic ThSiO4 (huttonite) (Hutton 1951), as well as PaSiO4 (Keller 1963; Myasoedov et al. 2006); the more common thorium silicate is thorite, which is tetragonal.”
- Molecular single-ion magnets based on lanthanides and actinides: Design considerations and new advances in the context of quantum technologies (2017, background): “In contrast, U4+ (5f2, J = 4) is a non-Kramers ion, and thus no SIM behaviour is expected as it generally exhibits an orbital singlet ground state at low temperatures [117].”
- Nature of the 5f states in actinide metals (2008, background): “While there are several books on actinide physics and chemistry, such as Freeman and Darby 1974 , Freeman and Lander 1985 , and Morss et al. 2006 , we strive throughout to reference the original publications when possible.”