纳米加工
AFM based femto-second laser nanofabrication of PMMA[J]. 引用该论文 黄文浩
An important subfield of nanotechnology related to energy is nanofabrication. 一个重要的分支学科的纳米技术相关的能量是奈米制造的。
The new approaches to nanofabrication are unconventional only because they are not derived from the microtechnology developed for electronic devices. 奈米制造技术的新方法，由于不是源自于为了电子装置而发展的微电子技术，因此显得背离传统。
The application of field-induced oxidation theory by AFM using STM/AFM and the impact of environment (especially humidity)on nanofabrication are studied. 研究利用STM/AFM进行电场诱导氧化加工以及环境(特别是湿度)对纳米加工的影响。
These multidimensional structures with nano- and micrometer features that integrate photolithography, replica molding and physical self-assembly are useful in micro- and nanofabrication. 这种多尺度的复合结构将光刻技术、复制模铸和物理自组装等有效结合，广泛应用于微纳制造领域。
