Abstract This paper gives an introduction to some key techniques about the manufacturing of high silica glass fiber, such as basic glass composition, melting furnace structure, electric melting technique for high boron glass, acid leaching of glass fabrics, and etc.

Technical procedure of Melting Silicon-Boron Glass by Hi-Tech and Its Furnace Characteristic

高技术硼硅玻璃的熔化工艺及窑炉特点

Study on boron glass anti-oxidation carbon materials

硼玻璃抗氧化炭材料研究

Discussion on electric melting of high boron glass

漫谈高硼玻璃的电熔

Mixed Proton Electrolyte of Acetic Acid Containing Boron Trifluoride Diethyl Etherate

乙酸-三氟化硼乙醚混合质子电解质

Studies on the Renal Impairments in Rabbits by Boron Trifluoride Triethanolamine

三氟化硼三乙醇胺对家兔肾损害的研究

Gases for electronic industry& Boron trifluoride

GB/T14603-1993电子工业用气体三氟化硼

Synthetic Routes and Application of Boron Trifluoride-Ethyl ether Complex

三氟化硼乙醚络合物的合成与应用

Study on determination method for boron trifluoride in air

空气中三氟化硼的测定方法研究

Boron trifluoride complexes with acetic acid, deity ether or pheno

三氟化硼与醋酸、二乙醚或酚的络合物

Boron trifluoride could induce the rapid polymerization of phenylacetylene whether at room temperature or lower.

三氟化硼不论在室温或较低温度可以引起苯乙炔的急骤聚合，所得聚苯乙炔的平均分子量在2000以上。

Study on the Response of Various Arabidopsis Ecotypes to Boron Deficiency

不同拟南芥生态型对缺硼反应的初步研究

A preliminary study on boron deficiency in cotton

棉花缺硼的初步研究

Effect of boron deficiency on leaf and pollen structure of sunflower

缺硼对向日葵叶组织及花粉结构的影响

Effects of boron deficiency on the leaves ultrastructure and function

菠萝缺硼对叶片超微结构及功能的影响

Note: Boron deficiency can also cause stem collapse.

结荚与种子上症状。注释：缺硼叶可以造成茎萎蔫。

Boron deficiency could cause spring wheat did not seed.

缺硼导致小麦不结实。

Histology and Physiological and Biochemical Characteristics of Boron Deficiency in Chinese Fir

杉木缺硼症的组织学和生理生化特性研究

One set of boron diffusion technologies to form the heater have been developed, which is effective in preventing the invalidation of the perpendicular PN junction of the cantilever during tip heating, thereby avoiding electric current leakage.

探索出一套特殊的有关加热电阻的硼热扩散技术，有效防止了器件在工作过程中由于悬臂梁垂直方向上PN结在高温下失去电隔离作用而发生漏电现象。

It is shown that for devices of sintered Al electrode whether the boron diffusion can improve the drop characteristics mainly depends on the minority carrier life.

结果表明：对于烧铝电极器件浓硼扩散改善压降作用主要取决于能否提高器件的少子寿命；

Boron diffusion in B-doped a-sic: h/ undoped a-si: h Heterojunctions

B掺杂a-SiC：H/本征a-Si：H异质结中的B扩散