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Advances in the brightness, efficiency, and dynamic range of
emissive displays are made possible by integrating microLEDs
inside every pixel. Economical realization of these displays
demands a diverse set of process technologies and device designs
to accommodate the characteristics of microLEDs in large‐area
formats. Here, we present advancements in stamp‐based mass
transfer. We present schemes...
The purpose of this study is to establish an automated technique that accurately and effectively characterizes skin thickening in mammograms after breast conserving surgery and radiation therapy (BCS+RT).
Folded-type waveguide is a kind of significant slow wave structure (SWS) for developing high power millimeter wave and terahertz wave source. This paper reports the study on the folded type waveguide and its applications in millimeter wave and THz source in Vacuum Electronics National Laboratory(VENL) in China, in which the analysis and simulation of the RF properties and the electron beam-wave interaction...
This report gives a review about the study of the novel slow-wave structures and their application in millimeter wave and terahertz band vacuum devices in National Key Laboratory of Science and Technology on Vacuum Electronics(NKLST-VE) in China, including the development of some promising slow wave structures, the design and experiment work of the MM and Terahertz vacuum devices based upon some of...
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