BO：桥联氧

在多个综合性学科领域，尤其是材料科学和化学中，“Bridging Oxygen”经常被简称为“BO”，以方便快速书写和日常使用。该术语目前尚未有严格的学科分类，其对应的中文翻译为“桥联氧”，通常指在化合物中连接两个或多个原子的氧元素。

The dehydration of Si-OH group under high temperature led to the transformation of abridging oxygen of OH to bridging oxygen, which caused the disappearance of structure defects and formed the long-range order structure of cristobalite.
高温下SiOH基团的脱水反应使硅藻土结构中以OH-形式存在的非桥氧变成桥氧，原来的结构缺陷消失，有利于降低方英石的形成温度；
The structure of compoud 4 consists of left-handed and right-handed helical chains that are connected through bridging oxygen atoms to form a two dimensional layer structure.
该化合物由四面体ZnO3N、假四面体HPO3相互连接形成左手和右手螺旋链，这些螺旋链之间通过桥氧原子连接形成二维层状结构。
In addition, illumination promotes the coupling of bridging oxygen atoms, suggesting that the Si-Si weak bonds are broken by photons during illumination.
同时，光照大大促进桥键氧原子的耦合，弱Si-Si键被打断。
Due to B ~ + ion-implantation, the position of O_ (( 1 (?) )) signals changes to higher binding energy and the relative concentration of bridging oxygen ions increases.
O（1s）向高结合能变化且桥氧离子的相对浓度增加。
Determination of Bridging and Non-bridging Oxygen in Na_2O-SiO_2 Glass System by ESCA
Na2O&SiO2玻璃体系中桥氧和非桥氧的ESCA测定

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