Printed & Flexible Electronics – Page 7

Aspect Ratio Improvement using the 2-step NERIME FIB Top Surface Imaging Process for Nano-lithography Applications

Arshak A., Arshak K., Gilmartin S.F., Collins D., Korostynska O., Arshak A., Arshak K., University of Limerick and Analog Devices, IE

The 2-step NERIME FIB top surface imaging process uses Ga+ ion implantation into resist followed by O2 plasma dry development using reactive ion etching. Previous work has demonstrated this process using 1.5um thick films of [...]

Self-Assembled Cluster Nanostructures and Nanodevices

Brown S.A., Partridge J., Scott S., Reichel R., Ayesh A., Tee K.C., Nano Cluster Devices Ltd, NZ

In this paper we will review our efforts over the last few years to achieve contacted electronic devices which are self-assembled from atomic clusters. The focus is on the assembly of nanowires but many aspects [...]

Wafer Scale Aligned Sub-25nm Metal Nanowires on Silicon (110) using PEDAL Lift-off Process

Sonkusale S.R., Amsinck C.J., Nackashi D.P., Di Spigna N.H., Barlage D., Johnson M., Franzon P.D., North Carolina State University, US

We have demonstrated a new PEDAL process to make sub-25 nm nanowires across the whole wafer. The PEDAL process is useful in the fabrication of metal nanowires directly onto the wafer by doing shadow metalization [...]

Resolution Enhancement in Nanoimprinting by Surface Energy Engineering

Jung G.Y., Wu W., Li Z., Wang S.Y., Tong W.M., Williams R.S., Hewlett Packard Laboratories, US

Nanoimprinting lithography was initiated as an alternative way to achieve nanoscale structures with high throughput and low cost. We have developed a UV-nanoimprint process to fabricate 34 by 34 crossbar circuits with a half-pitch of [...]

Topic: Printed & Flexible Electronics

Aspect Ratio Improvement using the 2-step NERIME FIB Top Surface Imaging Process for Nano-lithography Applications

Self-Assembled Cluster Nanostructures and Nanodevices

Wafer Scale Aligned Sub-25nm Metal Nanowires on Silicon (110) using PEDAL Lift-off Process

Resolution Enhancement in Nanoimprinting by Surface Energy Engineering

Nano Scale Electronics Processing