Anisotropic double glass components

4 FAQs about [Anisotropic double glass components]

What is laser-guided anisotropic etching (lgae)?

Based on our discovery of a new phenomenon, where laser modified-lines transform isotropic pristine glass etching to an anisotropic process guided by directions along modified tracks, we develop a laser-guided anisotropic etching (LGAE) method, presenting a significant advancement in the efficient fabrication of micro-engineered glass components.

Is etching anisotropic?

This etching is anisotropic due to the varying etching rates of the modied region and pristine glass . The modied region can be etched entirely away in just a few minutes. Subsequently, a hemispherical cave is formed on the glass surface through continuous isotropic etching initiated from the micro pit, as shown in Fig. A2a.

What are two-dimensional anisotropic semiconductor materials?

The emergence of two-dimensional (2D) anisotropic semiconductor materials has gained significant interest due to their potential applications in electronic and optoelectronic fields. These materials exhibit in-plane angle-dependent properties owing to their distinct electronic band dispersion along different Recent Review Articles

Does laser-guided anisotropic etching affect the final shape?

The initial laser-machined arc profile is fully etched away during the isotropic etching and does not affect the final shape. At the same time, the steady and continuous laser-guided anisotropic etching can create V-shape tips with stable angles, guaranteeing shape accuracy and thus confirming the robustness of the LGAE method.

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