为了建造这颗宏观尺寸的量子处理器，耶鲁学者们将铝气化后附着在一块蓝宝石表面，形成两个跨距为三分之一毫米的传导点。
To build their macro-sized quantum processors, the Yale researchers evaporated aluminum onto a sapphire surface to create two conductive spots a third of a millimeter across.
本文介绍了两种测试高温超导薄膜微波表面电阻的方法：双谐振器法和蓝宝石介质谐振器法。
Two kinds of microwave surface resistance Rs measurements of high Tc superconductive thin films are introduced in this paper, two-resonator method and the sapphire resonator method.
因此本文结合氧化硅与氧化钇的优点把两者用作红外增透薄膜对蓝宝石进行表面改性以提高其红外透过率。
This paper takes advantage of silicon dioxide thin film and yttrium oxide for surface modification to increase the infrared transmittance of sapphire.
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