Wisconsin Card Sorting Test performance over time in schizophrenia Preliminary evidence from clinical follow-up and neuroleptic reduction studies

Thanks to pdxjustice Media Production. For the full version visit: pdxjustice.org Credits Camera and...

Thanks to pdxjustice Media Production. For the full version visit: pdxjustice.org Credits Camera and...

Thanks to pdxjustice Media Production. For the full version visit: pdxjustice.org Credits Camera and...

Thanks to pdxjustice Media Production. For the full version visit: pdxjustice.org Credits Camera and...

Quick video from my trip to Frank Lloyd Wright's Taliesin, near Spring Green, Wisconsin. Monday 15 M...

Dr. Kienitz is an assistant professor of radiology and neurological surgery at the University of Wis...

Dr. Liu specializes in genitourinary oncology and experimental therapeutics. Dr. Liu completed his i...

Thanks to pdxjustice Media Production. For the full version visit: pdxjustice.org Credits Camera and...

Thanks to pdxjustice Media Production. For the full version visit: pdxjustice.org Credits Camera and...

Thanks to pdxjustice Media Production. For the full version visit: pdxjustice.org Credits Camera and...

"On, Wisconsin!" is the fight song of the Wisconsin Badgers ...

One Wisconsin Now (OWN) is an issue advocacy organization ba...

Abstract In 1970, the governor of Wisconsin appointed an Ad Hoc Committee to study the "impact of The SANGUINE low frequency antenna grid on the ecology, environment, transportation, communication and public safety of Wisconsin." Some of the technical questions of concern to the committee have involved preducting the quasi-static near fields and properly simulating these fields in the laboratory for environmental and ecological research. Several evaluations of the Navy's environmental impact reports have been released by the committee. An over...

Abstract In 1970, the governor of Wisconsin appointed an Ad Hoc Committee to study the "impact of The SANGUINE low frequency antenna grid on the ecology, environment, transportation, communication and public safety of Wisconsin." Some of the technical questions of concern to the committee have involved preducting the quasi-static near fields and properly simulating these fields in the laboratory for environmental and ecological research. Several evaluations of the Navy's environmental impact reports have been released by the committee. An over...

Abstract In 1970, the governor of Wisconsin appointed an Ad Hoc Committee to study the "impact of The SANGUINE low frequency antenna grid on the ecology, environment, transportation, communication and public safety of Wisconsin." Some of the technical questions of concern to the committee have involved preducting the quasi-static near fields and properly simulating these fields in the laboratory for environmental and ecological research. Several evaluations of the Navy's environmental impact reports have been released by the committee. An over...

Abstract Direct imaging of near-neighbor atomic structure in Si(100) is demonstrated using photoelectron holography with the Si 2s core level. Photoelectron diffraction studies of the initial stages of epitaxy of copper on Si(100)-[2×1] surfaces show that room-temperature deposition does not result in ordered films. Examples of quantitative photoelectron diffraction studies of epitaxial copper films show that bond-length accuracies of 0.05 Å are possible by fitting techniques.

Abstract Direct imaging of near-neighbor atomic structure in Si(100) is demonstrated using photoelectron holography with the Si 2s core level. Photoelectron diffraction studies of the initial stages of epitaxy of copper on Si(100)-[2×1] surfaces show that room-temperature deposition does not result in ordered films. Examples of quantitative photoelectron diffraction studies of epitaxial copper films show that bond-length accuracies of 0.05 Å are possible by fitting techniques.

Abstract Direct imaging of near-neighbor atomic structure in Si(100) is demonstrated using photoelectron holography with the Si 2s core level. Photoelectron diffraction studies of the initial stages of epitaxy of copper on Si(100)-[2×1] surfaces show that room-temperature deposition does not result in ordered films. Examples of quantitative photoelectron diffraction studies of epitaxial copper films show that bond-length accuracies of 0.05 Å are possible by fitting techniques.

Abstract The application potential of micromechanics is very large and falls into very-large-scale-integration-like markets such as magnetic recording and electromechanical components and application specific markets such as surgery tools and sensors. Many of these markets cannot now be addressed because cost effective fabrication technology is not now available to fabricate the required highly complex devices. Idealized fabrication tools must address three dimensional processing with tolerances in the 100 ppm range and must extend over a larg...

Abstract The application potential of micromechanics is very large and falls into very-large-scale-integration-like markets such as magnetic recording and electromechanical components and application specific markets such as surgery tools and sensors. Many of these markets cannot now be addressed because cost effective fabrication technology is not now available to fabricate the required highly complex devices. Idealized fabrication tools must address three dimensional processing with tolerances in the 100 ppm range and must extend over a larg...

Abstract The application potential of micromechanics is very large and falls into very-large-scale-integration-like markets such as magnetic recording and electromechanical components and application specific markets such as surgery tools and sensors. Many of these markets cannot now be addressed because cost effective fabrication technology is not now available to fabricate the required highly complex devices. Idealized fabrication tools must address three dimensional processing with tolerances in the 100 ppm range and must extend over a larg...

Abstract An x-ray photoemission microscope is described that is designed for x-ray absorption imaging and spectroscopy with 1-?m spatial resolution. The energy resolution of x-ray absorption near-edge structures microspectroscopy is determined only by the bandpass of the monochromator, and not by the photoemission microscope detector.

Abstract An x-ray photoemission microscope is described that is designed for x-ray absorption imaging and spectroscopy with 1-?m spatial resolution. The energy resolution of x-ray absorption near-edge structures microspectroscopy is determined only by the bandpass of the monochromator, and not by the photoemission microscope detector.

Abstract The facilities and research activities of the University of Wisconsin's Center for X-ray Lithography (CXrL) are outlined. We discuss recent modifications to the two x-ray lithography beamlines operated by CXrL at the Aladdin storage ring. Ongoing research in various aspects of x-ray lithography, including photoresist characterization, mask stability and distortion studies, and modeling of the x-ray lithography process are summarized. We present plans for the expansion of the CXrL research facilities.

Abstract The facilities and research activities of the University of Wisconsin's Center for X-ray Lithography (CXrL) are outlined. We discuss recent modifications to the two x-ray lithography beamlines operated by CXrL at the Aladdin storage ring. Ongoing research in various aspects of x-ray lithography, including photoresist characterization, mask stability and distortion studies, and modeling of the x-ray lithography process are summarized. We present plans for the expansion of the CXrL research facilities.

Abstract The facilities and research activities of the University of Wisconsin's Center for X-ray Lithography (CXrL) are outlined. We discuss recent modifications to the two x-ray lithography beamlines operated by CXrL at the Aladdin storage ring. Ongoing research in various aspects of x-ray lithography, including photoresist characterization, mask stability and distortion studies, and modeling of the x-ray lithography process are summarized. We present plans for the expansion of the CXrL research facilities.