boric oxide

Dislocations in a new non-linear crystal, Lithium Boric Oxide ( LBO), have been observed and identified by X-ray diffraction topography. The structural factor which plays important role on dislocations formation, the lattice expansion and twinned growth is given.

本文叙述新型无机非线性单晶三硼酸锂（LBO）中位错的X射线衍射形貌观测和鉴定结果，探讨了位错形成的结构影响因素。

Preparation of Standard NBS& Boric Oxide Glass

标准NBS玻璃及硼玻璃的研制

A new process of preparing anhydrous boric oxide by dehydration of boric acid in a fast fluidized bed

硼酸快速流态化热分解制硼酸酐的新工艺

Results showed appropriate boric oxide would improve the tensile strength of SiO2-Al2O3-MgO fiberglass, and perfect the processing property through reducing the high temperature viscosity of the glass.

其中引入氧化硼的研究结果表明，氧化硼引入量从1wt.%增加到2wt.%时可提高硅铝镁系高强玻纤拉伸强度200MPa左右，通过降低玻璃液的高温粘度为其工艺性能的改善提供了可能。

Study on dislocations in lithium boric oxide ( lbo) crystal

三硼酸锂（LBO）单晶的位错研究

Thereinto, the content of boric oxide was lower than traditional zinc borate of 2335 type.

其中，B2O3的含量比传统的2335型硼酸锌略低。