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Nanopatterning by phase change nanolithography

机译:相变纳米光刻技术进行纳米图案化

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Several techniques such as the electron beam technology and ion beam technology are employed to obtain the high resolution nanopatterns. However, these techniques cause some problems, for example, the vacuum installation, high voltage power supply and low throughput, which consequently make these techniques more expensive. On the other hand, the organic resists used for lithography are important to control the shape and size of the patterns. The reactivity of the resist is dominated by the total irradiation amounts of a beam, that is, the number of electrons or ions or photons absorbed by the resist. As a result, the precision control of the shape and size for nanopatterns become difficult due to their intrinsic accumulation effect of the absorption in the resists.
机译:采用诸如电子束技术和离子束技术之类的几种技术来获得高分辨率的纳米图案。但是,这些技术引起一些问题,例如真空安装,高压电源和低吞吐量,因此使这些技术更昂贵。另一方面,用于光刻的有机抗蚀剂对于控制图案的形状和尺寸很重要。抗蚀剂的反应性由束的总照射量决定,即,抗蚀剂吸收的电子或离子或光子的数量。结果,由于纳米图案的形状和尺寸的精确控制变得困难,这归因于它们在抗蚀剂中吸收的固有累积效应。

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