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这一发现激发了研究团队的探索热情。在对材料的纹理控制上，他们利用高精度的电子束光刻工具，在聚合物薄膜上“微雕”出各种图案。当薄膜被浸入不同液体中时，会发生可逆的局部膨胀或收缩，从而隐藏或显示预设的纹理图案。在颜色控制上，则采用了一种精巧的光学结构，将薄膜夹在两个极薄的金属层之间，使之构成一个“法布里—珀罗谐振腔”（一种光学谐振装置）。这一结构如同给材料装上了精密的“调音器”，可精确控制薄膜不同区域的溶胀程度，改变器件对特定颜色光的反射率，从而呈现不同的结构色。
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Last year, just one of the four Magic V5 colorways measured in at 8.8mm folded and 4.1mm open while the rest clocked in at 9mm and 4.2mm respectively. This year Honor is marking its own homework with a similarly generous spirit, with the white version of the Magic V6 measuring 8.75mm folded and 4.0mm open. The black, gold and red colorways will have to settle for the indignity of measuring 9mm folded and 4.1mm open. Now, I appreciate the engineering savvy necessary to make a device this slim, but this push for more thinness needs to stop. Last year’s Magic V5 crossed the millimeters-wide rubicon from slender to dainty, to the point where, while holding it, I was worried about how durable it was. After all, foldables are regularly put through mechanical stresses that regular phones never have to deal with in normal duty.
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