熔融石英不同键合工艺机械损耗的实验研究
An Experiment to Test the Mechanical Losses of Different Bonding Techniques in Fused Silica
摘要：
高纯度玻璃因其低光学和机械损耗而被使用，这使其成为光学系统中振荡器的优良材料，例如惯性传感器。复杂的几何形状通常需要多块玻璃的组装及其永久粘合。一种常见的方法是氢氧化物催化结合，其留下封闭的介质层。该层与其周围的大块玻璃具有不同的机械性能。该层的较高机械损耗使其更容易受到源自能量从振荡到热的转换的位移噪声的影响，反之亦然。因此，需要其他方法来将玻璃组件粘结在一起。为了研究这一点，我们已经建立了一个实验来测量熔融石英制造中常用的几种不同类型的键合的机械损失，即等离子体活化直接键合，氢氧化物催化键合，激光焊接和粘合剂键合。在本文中，我们提出的实验设计，并显示第一个测试样本的初步结果。
英文摘要：
High-purity glasses are used for their low optical and mechanical loss, which makes them an excellent material for oscillators in optical systems, such as inertial sensors. Complex geometries often require the assembly of multiple pieces of glass and their permanent bonding. One common method is hydroxide catalysis bonding, which leaves an enclosed medium layer. This layer has different mechanical properties to the bulk glass around it. The higher mechanical loss of this layer makes it more susceptible to displacement noise originating from the conversion of energy from oscillation to heat and vice versa. Therefore, other methods are needed to bond together glass assemblies. To investigate this, we have set up an experiment to measure the mechanical losses of several different types of bond commonly used in fused silica manufacturing, namely; plasma activated direct bonding, hydroxide catalysis bonding, laser welding, and adhesive bonding. In this paper we present the experimental design and show initial results of the first test sample.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
