Nano-electrode Multi-well High-gain Avalanche Rushing Photoconductor (NEW-HARP)

An amorphous selenium radiation detector that overcomes disadvantages of conventional detection methods Background: Amorphous Selenium (a-Se), previously developed for photocopying machines, has become commercially used in x-ray photoconductors for Flat-Panel Detectors (FPDs). However, current FPDs are limited by degradation of low-dose imaging performance due to electronic noise. The energy required to generate an electron-hole pair in a-Se is extremely high and unreliable to constantly reproduce perfectly. Technology Overview: This technology is a Time of flight (TOF) detector including a scintillator, a common electrode, a pixel electrode, a multitude of insulating layers with a multitude of nano-pillars formed in a large group of insulating layers, and a nano-scale well structure between adjacent nano-pillars (where a-Se separates them). a-Se is used as the photoconductive material; this provides a radiation detector that solves the disadvantages of conventional detectors. The method of detection includes detecting the motion of holes throughout a region that includes a large amount of electrodes, insulating layers, and a substrate including nano-pillars. The a-Se is injected between adjacent nano-pillars when this technology is manufactured. Advantages: Ultra-fast photo response - ultra-high time resolution Applications: Solid-state Imaging detectors of ionizing Radiation - Amorphous selenium Radiation detectors Intellectual Property Summary: Patented Stage of Development: [US Patent 9,941,428]( Licensing Potential: Development partner,Commercial partner,Licensing Licensing Status: Available for licensing. R-8535 Additional Information: electrode,multi-well,amorphous selenium,selenium,ionizing radiation,imaging,detection method,radiation detector,radiation detection,flight,x-ray,x-ray imaging,x-ray detector,scintillator detector,nano-electrode,multi well,photoconductor,electronic noise,scintillator,nanopillar,flat panel detector,x-ray photoconductor,time of flight,common electrode,pixel electrode,nano-well,flat-panel Source: Flickr/CIA,, CC0.

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