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CRYSTAL GROWTH AND THE SEARCH FOR HIGHLY CORRELATED INTERMETALLICS

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Our interests lie in studying and understanding the structure-property relationships in novel ternary intermetallics synthesized by metallic flux-growth methods. This review highlights the synthesis, structures and physical properties of ternary lanthanide – transition metal – main group element intermetallics ( Ln – T – X ), where T  = Co, Rh, Ir, Ni, Pd, and Pt, and X  = Ga, In, Sb and Sn. Several phases will be discussed, including Ln n T In 3 n +2 ( n  = 1, 2, ∞), CePdGa 6 , Ce 2 PdGa 12 , Ce 2 PdGa 10 , Ln NiSb 3 , Ln Ni 1− x Sb 2 ( x  ∼ 0.4) and Ln 3 Co 4 Sn 13 . In addition, we report the synthesis, structure characterization, and magnetic behavior from single crystals of Ln 3 Co 4 Sn 13 ( Ln  = Pr, Nd, Sm, Gd, Tb).
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Keywords: Ce 2 CoIn 8; Ce 2 IrIn 8; Ce 2 PdGa 10; Ce 2 PdGa 12; Ce 2 RhIn 8; CeCoIn 5; CeIrIn 5; CeNiSb 3; CePdGa 6; CeRhIn 5; Ln 3 Co 4 Sn 13; LnNiSb 2; Pr 3 Co 4 Sn 13; YNiSb 2; antimonides; electrical resistivity; flux growth; gallides; heat capacity; heavy fermion; indides; magnetism; rare earth intermetallics; single crystal; stannides; superconductivity

Document Type: Research Article

Affiliations: Department of Chemistry, Louisiana State University, Baton Rouge, LA, USA

Publication date: 2006-01-01

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