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Information × Registration Number 0215U000134, 0114U004685 , R & D reports Title Wide-range micro-detection system to set speed renthenohrafuvannya. popup.stage_title Head Pugatch Valery Mykhailovitch, Registration Date 27-01-2015 Organization Scientific Center "Institute for Nuclear Research" of National Academy of Sciences of Ukraine popup.description2 The aim (2014-2015r.r.) Is the development and manufacture of wide-range (786 channels) micro-X-ray detector registration system based on semiconductor silicon detectors and mikrostripovyh commercially available electronic reader X-DAS to install speed renthenohrafuvannya Transient Phenomena IPM NAS of Ukraine. The characteristics prototype system based on mikrostripovyh sensors (step STRIP 120 and 140 microns) and commercial systems read data X-DAS. Created Software for automated storage and processing ensures determine the position of the diffraction peaks of intensity and width as functions of temperature samples. Positional sensitivity micro detectors stripovyh increments Strip 120 microns and 400 microns is 40 microns and 130 microns, respectively, at the time of observation 1-10 milliseconds. To install speed renthenohrafuvannya Transient Phenomena IPM NAS of Ukraine investigated the spatial and temporal characteristics created a prototype micro-detection system based on two 128 stripovyh position-sensitive detectors and commercial systems read data "X-DAS". There are technical design of cost-effective position-sensitive detector system based on six mikrostripovyh silicon detector modules for physical research in real-time to install high-speed transient processes renthenohrafuvannya IPM NAS of Ukraine. Mikrodetektorna This system can be used in compact X-diffraction to study in real time to a new level of fast processes and properties of materials using diffraction renthenivskyh rays on samples created by modern micro- and nano-technologies and materials for industry. Product Description popup.authors Бурдін В.В. Ківа В.О. Ковальчук О.С. Міліція В.М. Охріменко О.Ю. Панасенко Я.В. Петренко Є.О. Пугач В.М. Пугач Т.В. popup.nrat_date 2020-04-02 Close