Full text of each GeoT license type (click link for pdf) GeoT Academic: End User GeoT Collaboration: End User GeoT Commercial: End User GeoT Government Use: End User … [Read more...] about Licensing Agreements: GeoT Software
Licensing Agreements: TOUGH Software
For TOUGH Software FAQs, go to the Berkeley Lab Marketplace Information Page. License Type Definitions Academic - These are appropriate for individuals working in academic or not-for-profit research institutions who are using the software for strictly non-commercial purposes. Academic licenses are Department Licenses i.e., the code may only be used by individuals … [Read more...] about Licensing Agreements: TOUGH Software
TTWG Spring Meeting 2018
Date May 14-15, 2018 Meeting Location U. S. Patent and Trademark Office - Knox Building, 501 Dulany St, Alexandria, VA 22314 Area map, Parking information, Hotel list and contact information Meeting Agenda scroll down for slides shared by presenters WebEx link: Monday, May 14 WebEx link: Tuesday, May 15 Featured Leaders Chanette … [Read more...] about TTWG Spring Meeting 2018
A Competitive Edge for the Semiconductor Industry
To stay competitive, companies in the multi-billion dollar semiconductor industry must conduct pre-competitive research years in advance to learn about the materials, process and chemistry required to continue shrinking circuit elements in computer chips. A collaboration between a consortium of semiconductor companies and chip makers and the Center for X-ray Optics (CXRO) at … [Read more...] about A Competitive Edge for the Semiconductor Industry
Sensor for Low-Noise Force Detection in Liquids 2017-184
APPLICATION OF TECHNOLOGY: Atomic Force Microscopy (AFM) characterization of materials in a liquid environment ADVANTAGE: Mitigates water condensation issues in an earlier design for improved performance ABSTRACT: A low damping force sensor for operation in liquid, intended for use with atomic force microscopes (AFMs) or other mechanical sensors in liquid, … [Read more...] about Sensor for Low-Noise Force Detection in Liquids 2017-184