Microfabrication of sub-micron holes on 30 nm thick aluminum films on fused silica was
investigated using pulse durations form 300 fs to 6 ns at 400 nm wavelength …

An excimer laser incorporating a reconfigurable intelligent pinhole mask (IPM) is
demonstrated for the fabrication of microfluidic geometries on a poly (methyl methacrylate) …

Nuclear Instruments and Methods in Physics Research A239 (1985) 397-402 397 North-Holland,
Amsterdam INSTRUMENTS AND METHODS FOR Page 1 Nuclear Instruments and Methods in …

We describe novel designs for production of laser pulses from the nanosecond to the
femtosecond regime which allow optimization to specific material processing requirements …

Nanostrcutures attached to a substrate promise optical and electronic applications.
Moreover, applications for nanodots in various probing techniques are also aspired. So far …

The use of microfluidic devices is making rapid inroads in the modern laboratory.
Traditionally, devices have been manufactured in silica owing to its well-understood surface …

This paper describes the fabrication of micro-channels in resin for micro-fluidic devices by a
UV laser. Quartz wafers are coated with a 20μm thick BCB resin. Micro-grooves for micro …

Microtexturing of surfaces has various applications that often involve texturing over large
(macroscale) areas with high precision and resolution. This demands scalability and speed …

Excimer laser ablation is normally used for micromachining of binary structures, for instance
holes or cuts. We investigated new machining techniques for the fabrication of three …