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    Heat Capacities of High-Purity Yttrium and Lutetium from 2 to 15 K
    Inorganic Materials (2004)
    G. G. DevyatykhA. V. GusevA. M. GibinAlexander V. KabanovV. F. Kupriyanov
    Lutetium
    Specific heat
    Citations (1)
    Influence of cations on the complexation yield of DOTATATE with yttrium and lutetium: a perspective study for enhancing the 90Y and 177Lu labeling conditions
    Nuclear Medicine and Biology (2011)
    Mattia AstiMatteo TegoniDaniela FarioliMichele IoriClaudio Guidotti
    Lutetium
    DOTA
    Cationic polymerization
    Citations (31)
    Lutetium-yttrium aluminum garnet doped with ytterbium – perspective ceramic material for high powered lasers
    2022 International Conference Laser Optics (ICLO) (2020)
    В.В. БалашовE. A. CheshevA. Yu. KanaevAlexander A. KaminskiiYu. L. Kopylov
    Main properties of ytterbium doped lutetiumyttrium aluminum garnet ceramics with different ratios of lutetium to yttrium substitution (x=0-1) and different levels of ytterbium doping (5-15%) are investigated.
    Lutetium
    Ytterbium
    Citations (0)
    STUDY ON THE FLUORESCENCE ENHANCEMENT OF TERBIUM LUTETIUM(GADOLINIUM, YTTRIUM) ACETYLSALICYLIC ACID SYSTEM IN THE PRESENCE OF SURFACTANT
    Ganguang kexue yu guanghuaxue (1998)
    Hong-Zong YinGuiyun Zhu
    A study of the enhancement effect on the fluorescence intensity of terbium acetylsalicylic acid(ASA) system by lutetium,gadolinium or yttrium was carried out.In the presence of these elements the fluorescence of the Tb ASA system was enhanced by factors of 108,58 and 73. The standard addition method was used for the determinations of terbium in synthetic sample and standard sample and the results were satisfactory. The recovery of terbium was in the range 90.5～105.6%.The fluorescence enhancement mechanism and the effect of surfactant were discussed.
    Terbium
    Lutetium
    Citations (0)
    Investigation of complexes of lanthanum, yttrium, and lutetium with hydroxyethylethylenediaminetriacetate by the NMR method
    Theoretical and Experimental Chemistry (1972)
    �. BryukherN. A. Kostromina
    Lutetium
    Lanthanum
    Citations (1)
    Heat Capacity of Lutetium Pivaloyltrifluoroacetonate [Lu(C8H10F3O2)3]2
    Russian Journal of Physical Chemistry A (2022)
    M.A. BespyatovA.E. MusikhinP. А. StabnikovD. P. PishchurI.S. Cherniaikin
    Lutetium
    Thermogravimetry
    Differential thermal analysis
    Thermal Stability
    Citations (1)
    Antisite Defects in Epitaxial Films of Lutetium Doped Yttrium Iron Garnets Studied by Nuclear Magnetic Resonance
    Acta Physica Polonica A (2010)
    V. ChlanH. ŠtěpánkováJ. EnglichR. ŘezníčekKarel Kouřil
    Series of lutetium doped yttrium iron garnet films is studied by means of 57 Fe nuclear magnetic resonance.Satellite spectral lines are resolved and identified in the spectra and concentrations of lutetium in dodecahedral sites as well as yttrium/lutetium antisite defects in octahedral sites are estimated.Compared to yttrium, lutetium cations are found to have stronger disposition towards creating the antisite defects.
    Lutetium
    Yttrium Iron Garnet
    Dodecahedron
    Citations (1)
    Electronic structure of Ce3+ in yttrium and lutetium orthoaluminate crystals and single crystal layers
    Journal of Alloys and Compounds (2017)
    Yongjie WangDamian WłodarczykLi LiA. WittlinH. Przybylińska
    Lutetium
    Crystal (programming language)
    Citations (6)
    Spectral interferences in the determination of traces of scandium, yttrium and rare earth elements in “pure” rare earth matrices by inductively coupled plasma atomic emission spectrometry. Part IV. Lutetium and yttrium
    Spectrochimica Acta Part B Atomic Spectroscopy (1998)
    S. VelichkovE. KostadinovaN. Daskalova
    Scandium
    Lutetium
    Matrix (chemical analysis)
    Citations (21)
    ESR and NMR Study of Mixed Yttrium–Lutetium–Aluminum Garnets
    physica status solidi (b) (1980)
    H. R. AsatryanА. Г. ПетросянE. G. SharoyanM. WósjcikW. Zbieranowski
    Abstract ESR of Mo 3+ ions and NMR of 27 Al nuclei is investigated in mixed single crystals of yttrium‐lutetium‐aluminum garnets (Y 1 − x Lu x ) 3 Al 5 O 12 , where O ≦ x ≦ 1. Several new centres of Mo 3+ and 27 Al compared with Y 3 Al 5 O 12 and Lu 3 Al 5 O 12 single crystals are revealed associated with symmetry and crystalline field parameter changes at isomorphous substitution of Y 3+ ions in the rare‐earth sublattice of the garnet by those of Lu 3+ . Symmetry, nearest coordination, and parameters of spin‐Hamiltonians are estimated concerning all of Mo 3+ and 27 Al centres in (Y 1 − x Lu x ) 3 Al 5 O 12 , at x < 0.15.
    Lutetium
    Citations (13)