This chapter introduces nano-grooving approach by using multi-tip diamond tools to generate nanostructures such as nano-gratings/nano-grooves on large substrates. It starts by briefing the work principle and history of this nanofabrication approach. It then introduces the machining mechanism, influences of processing parameters, and tool wear on the machined nanostructures. It concludes with a summary of research challenges, current research achievements, and future research directions to systematically establish this nanofabrication approach
Nano manufacturing changed the way things are and opened new resolutions to long lasting issues. How...
This paper investigated the wear mechanism of diamond during the atomic force microscope (AFM) tip-b...
Periodic nanostructures have been widely used on emerging nano-products such as plasmonic solar cell...
In this article, the shape transferability of using nanoscale multi-tip diamond tools in the diamond...
In our previous work, a scale-up fabrication approach to cost effectively manufacturing nano-grating...
Nanoscale fabrication requires a substrate made from an engineering material to be truly flat so tha...
Increasing interest in commercializing functional nanostructured devices heightens the need for cost...
Recently, the demand for superhard tools for use in a range of industrial applications has been incr...
The coating of piezoelectric materials with diamond particles, or fashioning an abrasive material co...
In recent years great efforts are being made for the design and fabrication of periodic nanostructur...
Ultra precision diamond turning is one of the advanced techniques to generate highly finished optica...
Asia Pacific Conference on Optics Manufacture 2007, 11-13 January 2007, Hong Kong, P.R. ChinaOne of ...
In nanoprobing experiments the tip should allow the manipulation and the probing of electrical, mech...
In this paper, a new friction-induced nanofabrication method is presented to fabricate protrusive na...
A new mechanical micro-/nano-machining process that combines rotary spatial vibrations (RSV) of a di...
Nano manufacturing changed the way things are and opened new resolutions to long lasting issues. How...
This paper investigated the wear mechanism of diamond during the atomic force microscope (AFM) tip-b...
Periodic nanostructures have been widely used on emerging nano-products such as plasmonic solar cell...
In this article, the shape transferability of using nanoscale multi-tip diamond tools in the diamond...
In our previous work, a scale-up fabrication approach to cost effectively manufacturing nano-grating...
Nanoscale fabrication requires a substrate made from an engineering material to be truly flat so tha...
Increasing interest in commercializing functional nanostructured devices heightens the need for cost...
Recently, the demand for superhard tools for use in a range of industrial applications has been incr...
The coating of piezoelectric materials with diamond particles, or fashioning an abrasive material co...
In recent years great efforts are being made for the design and fabrication of periodic nanostructur...
Ultra precision diamond turning is one of the advanced techniques to generate highly finished optica...
Asia Pacific Conference on Optics Manufacture 2007, 11-13 January 2007, Hong Kong, P.R. ChinaOne of ...
In nanoprobing experiments the tip should allow the manipulation and the probing of electrical, mech...
In this paper, a new friction-induced nanofabrication method is presented to fabricate protrusive na...
A new mechanical micro-/nano-machining process that combines rotary spatial vibrations (RSV) of a di...
Nano manufacturing changed the way things are and opened new resolutions to long lasting issues. How...
This paper investigated the wear mechanism of diamond during the atomic force microscope (AFM) tip-b...
Periodic nanostructures have been widely used on emerging nano-products such as plasmonic solar cell...