We have observed the growth morphology of NdAl3（BO3）4 （abbreviation: NAB） grown from BaO-B2O3 solvent. The relationship between the growth morphology and the structure of the crystal was first analyzed by the Donn...We have observed the growth morphology of NdAl3（BO3）4 （abbreviation: NAB） grown from BaO-B2O3 solvent. The relationship between the growth morphology and the structure of the crystal was first analyzed by the Donnay-Harker theory and the Periodic Bond Chain （PBC） theory. The cause of the inherent tendency for the easy appearance of the habit faces was explained.展开更多
NAB [NdAl3（BO3）4] is a promising laser material for single model optical fibre eommunication. This crystal is grown by the flux method. According to the literature, it is considered that K2Mo3O1. and BoO-B2O3 are go...NAB [NdAl3（BO3）4] is a promising laser material for single model optical fibre eommunication. This crystal is grown by the flux method. According to the literature, it is considered that K2Mo3O1. and BoO-B2O3 are good solvents for NAB.K2Mo3O10 solvent has been well studied, but not much work has been done for BaO-展开更多
文摘We have observed the growth morphology of NdAl3（BO3）4 （abbreviation: NAB） grown from BaO-B2O3 solvent. The relationship between the growth morphology and the structure of the crystal was first analyzed by the Donnay-Harker theory and the Periodic Bond Chain （PBC） theory. The cause of the inherent tendency for the easy appearance of the habit faces was explained.
文摘NAB [NdAl3（BO3）4] is a promising laser material for single model optical fibre eommunication. This crystal is grown by the flux method. According to the literature, it is considered that K2Mo3O1. and BoO-B2O3 are good solvents for NAB.K2Mo3O10 solvent has been well studied, but not much work has been done for BaO-
