Expertise in UV materials processing at 355nm, 351nm, 308nm, 266nm,248nm, 193nm, and 157nm wavelengths.
A fully equipped applications development laboratory staffed with Ph.D. laser scientists....
Article - 4 Dec 2006
The structure of the red oxygen å-phase formed under pressures above 10 GPa has been determined including the discovery of an O8 cluster, which is a new conformation of oxygen following ozone.
Article - 2 Dec 2003
A material that can be used for F2 lithography has been made by a Japanese manufacturer, Mitsui Mining and Smelting. Posted August 18 2003
Article - 20 Feb 2014
A major requirement in EBSD analysis is the microstructural understanding of materials at the nanoscale for the fabrication of reliable products.
Article - 21 Jan 2021
In this article, Park Systems describes how piezoresponses can be imaged via Dual Frequency Resonance Tracking. This technique allows for accurate and noise-free ferroelectric domain characterization.
Article - 4 Aug 2020
Dual-frequency resonance tracking can be used to stabilize the piezoresponse for accurate and crosstalk-free ferroelectric domain characterization.
Article - 12 Nov 2018
This article discusses using SKPM to analyze electrical properties of metal, semiconductor device surfaces, organic and biological materials.
Article - 13 Jun 2016
Carbon nanotubes (CNTs) have attracted a great deal of attention in the emerging field of nanotechnology and nanoscience. This is due to their special electronic and mechanical properties for a wide...
Article - 19 Jan 2018
One of the main advantages of Raman measurements is that the samples need no preparation; this makes the technique perfect for in situ measurement applications within the process industry.
Article - 26 Nov 2021
Nanotechnology brings the unique characteristics of materials and devices working at the nanoscale of size to bear on vehicle manufacturing.