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首页> 外文期刊>Japanese journal of applied physics >Study Of Aluminum Film Deposition On The Surface Of Micro-trench By Dual Ion Beam Sputtering
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Study Of Aluminum Film Deposition On The Surface Of Micro-trench By Dual Ion Beam Sputtering

机译:双离子束溅射在微沟槽表面沉积铝膜的研究

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摘要

In order to develop functions of a system and/or reduce the sizes and the volumes, increasing surface areas per unit volume of a device, such as a capacitor or a gas sensor, becomes one of the solutions and can enhance the performance. Therefore, the formation of micro-structured holes or micro-trenches is one method to increase the ratio of the surface area to the volume. Film deposition on the surface of micro-structures has been widely and urgently for semiconductor application or microelectromechanical systems (MEMS) processes. Continuity and uniformity are very important characteristics for a thin film on the micro-structures since any discontinuous film would result in poor performance. In the current study, dual ion beams were firstly used to deposit film on the surface of micro-trenches. According to the results, the dual ion beam system shows good step coverage and uniformity of film on the micro-trench.
机译:为了开发系统的功能和/或减小尺寸和体积,增加诸如电容器或气体传感器的装置的每单位体积的表面积成为解决方案之一,并且可以提高性能。因此,形成微结构的孔或微沟槽是增加表面积与体积之比的一种方法。对于半导体应用或微机电系统(MEMS)工艺而言,微结构表面上的薄膜沉积已被广泛而迫切地应用。连续性和均匀性对于微结构上的薄膜而言是非常重要的特性,因为任何不连续的薄膜都会导致性能下降。在当前的研究中,首先使用双离子束在微沟槽的表面沉积薄膜。根据结果​​,双离子束系统在微沟槽上显示出良好的阶梯覆盖度和薄膜均匀性。

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