测量并归纳了负胶介质薄层对银离子交换玻璃平面波导传播特性影响的实验趋势。
The effects of the photoresist film overlays on the propagation of modes in glass planar optical waveguides by silver-ion exchange are measured.
结果可用于处理这类波导(如银离子交换玻璃光波导等)的模耦合或有关器件的问题。
The results can be used to deal with the relevant problems to the glass waveguide fabricated by Ag ion exchange technique.
用匀胶机将其做成薄膜固定在钾离子交换玻璃光波导表面，研制出一种光波导氯化氢气体传感器。
A glass optical waveguide (OWG) hydrogen chloride gas sensor was fabricated by coating a thin film of CR-PVA on the surface of ion-exchanged glass OWG with spin coating.
在计算机模拟的基础上，讨论了计算参数和玻璃棒半径大小对获得最佳折射率分布时的离子交换时间的影响。
Based on the simulation by computer, effects of parameters in calculation and size of rod radius on the ion exchange time of optimum refractive index distribution in glass rod lens are discussed.
低于玻璃应变温度，互扩散系数几乎不依赖玻璃中的氧化钠浓度，而略随离子交换时间增加而增大。
Below the glass strain temperature, interdiffusion coefficients are almost independence of sodium oxide concentration in the glasses and somewhat increase with long ion exchange time.
本文讨论了具有淬冷应力的玻璃样品在离子交换过程中的增强行为。
The strengthening behavior of glass possessing permanent stress during ion exchange has been discussed.
在采用玻璃离子交换工艺制作多模波导功分器时，需要对交换设备、离子交换源、交换温度等因素进行考虑。
When try to fabricate multimode waveguide splitter with glass ion-exchange process, there are many factors to be considered, such as exchange equipment, exchange sources, exchange temperature.
对该玻璃表面黑化，采用了离子交换氢还原法、玻璃中掺杂着色离子法、表面涂覆法以及溶胶凝胶法。
The glass surface is blackened by use of ion exchange hydrogen reduction method, doping coloration ion method, surface coating method and collosol-gelling method.
使用玻璃基离子交换工艺制作的大半径无源环谐振器可作为惯性旋转传感器、波长传感器、温度传感器、声波传感器和光学陀螺等，具有重要的应用价值。
The passive rings on glass with big radius fabricated by ion exchange can be used as inertial sensors, wavelength sensors, temperature sensors, sound-wave sensors, optical gyroscope and so on.
通过离子交换，玻璃表层碱金属离子被熔盐中的其它碱金属离子置换，使机械强度提高的玻璃。
Through the ionic exchange, the alkaline metal ion of glass surface is placed by other alkaline metal ion in salt melted, enhancing its mechanical strength.
该玻璃在较低温度经历离子交换至至少30微米的深度。
The glass undergoes ion exchange at relatively low temperatures to a depth of at least 30 mum.
使用电场辅助离子交换和热离子交换技术在玻璃基片上制作了平板波导。
Planar optical waveguides in glass have been fabricated with field-assisted ion exchange and thermal ion exchange technology.
经过大量的分析比较，我们专门设计了一种适合于离子交换工艺的玻璃材料。
Based on the analysis of a large amount of experiments, we developed a special glass material for ion-exchange technology.
单片可切割的强化玻璃是经过化学处理的，由于玻璃的分子结构跟化学药水发生离子交换，玻璃表面的硬度也就增强了。
Single glass cutting available is a chemically treated product coz molecular structure of glass had an ion exchange with the chemical material, hardness of glass surface will be strengthened.
研究发现离子交换时间和温度两个可控的制备参数对所制备的玻璃平面波导特性有较大影响。
The properties of the prepared waveguides were affected by the ion-exchange times and temperatures as the controllable fabrication parameters.
研究发现离子交换时间和温度两个可控的制备参数对所制备的玻璃平面波导特性有较大影响。
The properties of the prepared waveguides were affected by the ion-exchange times and temperatures as the controllable fabrication parameters.
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