Abstract Li 3 Sc (BO 3) 2, an orthoborate polycrystalline compound, was synthesised using
the solid-state synthesis method as a pure and Dy 2 O 3-doped material. Dy 3+ ions were …

The development of efficient, low-cost, and stable solid-state materials for portable thermal
neutron detection is highly expected in order to substitute the currently used 3 He and BF 3 …

This study focuses on economically and efficiently growing 2-inch diameter, 2-inch length
LiI: Eu single crystals using Bridgman technique in carbon coated quartz crucible. Further …

The orthoborate crystals with a wide optical bandgap allow different rare earth ions as an
activator (Ce 3+, Dy 3+, Eu 3+, etc.) to provide efficient luminescence. In the present study, Li …

Rare-earth doped borate glasses and glass ceramics are investigated for their potential as
photon converters. Thermal processing of the as-made glass results in the formation of …

Abstract Pr: Li 6 Y (BO 3) 3 and Pr, Ce: Li 6 Y (BO 3) 3 crystals were grown by the
Czochralski method. The luminescence properties of the Pr: Li 6 Y (BO 3) 3 and Pr, Ce: Li 6 …

Abstract Ce: Li 6 Y (BO 3) 3 (LYBO) is a promising thermal neutron scintillator that can be
grown into bulk single crystals by the Czochralski method although it melts incongruently …

Abstract Ce 3+ ions doped Li 6 Gd (BO 3) 3 crystal is a promising low density scintillators for
thermal neutron detection. The Czochralski growth of LGBO crystal have been optimized …

Abstract Ce: Li 6 Y (BO 3) 3 (LYBO) is a well-known candidate for thermal neutron detection
with a very high Li concentration (3.06× 10 22/cm 3). So far, as-grown crystals exhibit a milky …

Single crystals of Ce doped Li6Gd (BO3) 3 (LGBO: Ce), Li6Lu (BO3) 3 (LLBO: Ce), and Li6Y
(BO3) 3 (LYBO: Ce) are grown using the Czochralski technique. A comparison of the …