石英光导纤维

将Cu等金属及合金与石英光导纤维通过铸造等液固相复合方法，制成具有一定耐高温能力的金属基复合光导纤维及传感器材料。

Silicon fiber was cast within Cu-based alloys and a kind of new composite fiber or sensor materials with higher heat-resistance was obtained .

以氮分子激光脉冲（40μJPulse3HZ）为激发光通过石英光导纤维，导入大白鼠脑皮层；

As an exciting light , nitrogen laser pulses ( 40 μ J / pulse , 3Hz ) were conducted into rat 's cerebral cortex by an optic fiber .

以石英光导纤维作为ITO薄膜的基体，赋予光纤具备导电/导光/透明的性能，可应用于传感器等相关领域。

Quartz optical fibers coated by ITO films can obtain the property of good photo and electron conductivity , which extends its application in sensor fields .

耐高温金属基复合石英光导纤维材料的制备

The making of high heat-resistant metal-based silicon-fiber composite material

本文对铸造过程中，高温熔融金属液的浇注及凝固过程对石英光导纤维的影响进行了研究。

The affects of casting and solidifying of melted - metal on fiber were studied .

四氯化锗用于制备高纯二氧化锗及石英光导纤维的搀杂剂等。

Germanium tetrachloride is used to produce high pure GeO_2 and dopant in optical fiber .