Hydrothermal synthesis of indium tartrates: Structures of the chiral polymer [In(l-TAR)3−H2O] · 0.5H2O containing the tartrate trianion, and a microporous hybrid solid [In(OH)(d/l-TAR)2−] · 2H2O

Hydrothermal reaction of indium hydroxide with l-tartaric acid or racemic d/l-tartaric acid at 110 °C for 3 days affords, respectively 1 [In(l-TAR)H2O] · 0.5H2O which contains tartrate trianions and has a 2D structure, and 2 [In(OH)(d/l-TAR)] · 2H2O, with a microporous 3D framework that undergoes phase transformation at ca. 150 °C.

Hydrothermal synthesis from In(OH)3 and l- or d/l-tartaric acids gives the chiral 2D polymer [In(l-TAR)H2O] with tartrate trianions, or [In(OH)(d/l-TAR)] with the 3D microporous network shown which undergoes phase transformation at ca. 150 °C.Figure optionsDownload as PowerPoint slide