Detachable Dry-Coupled Ultrasonic Power Transfer Through Metallic Enclosures
Abstract not provided.
Publications
Experimental Validation of Crosstalk Minimization in Metallic Barriers with Simultaneous Ultrasonic Power and Data Transfer
Abstract not provided.
Experimental Validation of Crosstalk Minimization in Metallic Barriers with Simultaneous Ultrasonic Power and Data Transfer
Abstract not provided.
Detachable Dry-Coupled Ultrasonic Power Transfer Through Metallic Enclosures
Abstract not provided.
Phononic Barrier Communication: Channeling Information and Energy through Metallic Barriers with High Fidelity High Efficiency and Low Bit Errors
Abstract not provided.
Electroplated Tin absorbers in Microcalorimeter Detectors for Ionizing Radiation
Abstract not provided.
Advancing Compound Semiconductors Through Heterogeneous Integration
Abstract not provided.
Electrodeposition of gadolinium metal from organic solvents
Abstract not provided.
Electroplating Gadolinium Metal from Organic Solvents
Abstract not provided.
Investigation of Microcalorimeter Absorber Performance
Abstract not provided.
Investigation of Microcalorimeter Absorber Performance
Abstract not provided.
Novel Plating Approaches for Grating Fabrication: Conformal Deposition Through Mask Filling and Superfilled Electrodeposition
Abstract not provided.
High aspect ratio silicon template fabrication for 100 keV X-ray phase contrast imaging
Abstract not provided.
A Mysterious Rock and a Curious Mind
Abstract not provided.
Phononic Barrier Communication: Channeling Information and Energy through Metallic Barriers with High Fidelity High efficiency and Low Bit Errors
Abstract not provided.
Fabrication of extreemly high aspect ratio diffraction gratings for X-ray phase contrast imaging
Abstract not provided.
Double sided grating fabrication for high energy X-ray phase contrast imaging
Materials Science in Semiconductor Processing
State of the art grating fabrication currently limits the maximum source energy that can be used in lab based x-ray phase contrast imaging (XPCI) systems. In order to move to higher source energies, and image high density materials or image through encapsulating barriers, new grating fabrication methods are needed. In this work we have analyzed a new modality for grating fabrication that involves precision alignment of etched gratings on both sides of a substrate, effectively doubling the thickness of the grating. We have achieved a front-to-backside feature alignment accuracy of 0.5 µm demonstrating a methodology that can be applied to any grating fabrication approach extending the attainable aspect ratios allowing higher energy lab based XPCI systems.
High Aspect Ratio Metal Microfabrication
Abstract not provided.
CAMD user meeting Stylus Trap Fabrication Update
Abstract not provided.
Extreme Performance Ion Cavity System Ion Trap Microfabrication
Abstract not provided.
LIGA based very HAR Gratings for XPCI Fabrication enabled by Electrochemical Technique
Abstract not provided.
EPICS program review
Abstract not provided.
Ceramic additive manufacturing of a simple plano mirror
Proceedings - 34th ASPE Annual Meeting
Abstract not provided.
Double Sided Aligned Si Grating for High Energy X-ray Phase Contrast Imaging
Abstract not provided.
Electroformed Fabrication of Extremely High Aspect Ratio Diffraction Gratings for X-ray Phase Contrast Imaging
Abstract not provided.
Results 1–25 of 74
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