Will enable the use of circular main features and curvilinear assist features on advanced photomasks—essentially extending the use of optical lithography for 22-nanometer-and-below integrated circuit (IC) processing.
New Instrument Will Enable Researchers to Discern Individual Atoms
What happens to garlic at the precise moment you cut it? The seemingly simple question has challenged food scientists and chemists for more than 50 years.
Provide information about the applications of these technologies for materials research and analysis.
The first transmission electron microscope of its caliber to be installed, the atomic resolution JEOL JEM-ARM200F TEM, arrived at the Univ. of Texas San Antonio in January, and by early February began producing outstanding imaging results.
Having a microprobe on campus is going to make a huge difference at Fayetteville State and UNC-Pembroke.
21st-century analytical methods.
High-resolution field-emission scanning electron microscopes (FEG-SEMs) proven to be very powerful tools for energy-related research.
University of Texas at San Antonio growth benefits ripple across San Antonio.
JEOL microprobe revealed by officials from Fayetteville State University and UNC-Pembroke