Zur Chemie und Konstitution borsaurer Salze. VI. Über Magnesiumlithiumborate MgLiBO₃, MgLi₂B₂O₅

Abstract

MgLiBO3 wird leicht durch Zusammentempern oder Schmelzen der Komponenten erhalten. MgLi2B2O5 bildet sich in gleicher Weise, zerfällt aber beim Abkühlen in MgLiBO3 und LiBO2. Der Zerfall wird durch rasche Abkühlung verhindert. Beide Verbindungen schmelzen inkongruent.

Development of LiMgBO3:Tb3+ as a new generation material for thermoluminescence based personnel neutron dosimetry

“…21,22 These features have attracted researchers to study their detailed crystal structure and applications as deep UV NLO (non-linear optical) materials and in phosphor converted solid state lighting. [23][24][25][26] The crystal structure of LiMgBO 3 was first reported by Lehman et al 27 in 1962. In the recent past, various researchers have reported un-doped or doped LiMgBO 3 for its structural and electrical properties, luminescence properties, and applications as coloured chromophores and in red-light emitting diodes.…”

Preparation, crystal structure and photoluminescence of lithium magnesium manganese borate solid solutions, LiMg1−Mn BO3

“…The preparation of LiMgBO 3 and LiMnBO 3 has been reported by Lehmann et al [10,11]. The crystal structures of monoclinic and hexagonal phases of LiMnBO 3 have been analyzed by Bondareva et al [12] and Legagneur et al [13], respectively.…”