Na<sub>1.4</sub>InTe<sub>3.6</sub>O<sub>9.4</sub>: New Variant of a Hexagonal Tungsten Oxide (HTO)-Like Layered Framework Containing Both a Main-Group Cation, In<sup>3+</sup>, and a Lone-Pair Cation, Te<sup>4+</sup> Dong Woo Lee Kang Min Ok 10.1021/ic4009152.s002 https://acs.figshare.com/articles/dataset/Na_sub_1_4_sub_InTe_sub_3_6_sub_O_sub_9_4_sub_New_Variant_of_a_Hexagonal_Tungsten_Oxide_HTO_Like_Layered_Framework_Containing_Both_a_Main_Group_Cation_In_sup_3_sup_and_a_Lone_Pair_Cation_Te_sup_4_sup_/2410459 A novel hexagonal tungsten oxide (HTO)-like layered framework containing a main-group cation, In<sup>3+</sup>, and a lone-pair cation, Te<sup>4+</sup>, is reported. Na<sub>1.4</sub>InTe<sub>3.6</sub>O<sub>9.4</sub> exhibits a layered structure consisting of InO<sub>6</sub>, TeO<sub>3</sub>, and TeO<sub>4</sub> polyhedra. The synthesis, crystal structure determination, characterization, and reactivity of the material will be presented. 2013-06-03 00:00:00 Containing characterization cation Na 1.4InTe New Variant crystal structure determination Framework reactivity tungsten oxide TeO 4 polyhedra Hexagonal Tungsten Oxide synthesis material Layered framework HTO Cation InO Na 1.4InTe exhibits