| From the moment i started work in TPU in 2004, i tied close to the betatron's theme. I took participate in designing and making x-ray sources for defectoscopy and for customs inspection systems? and also for CT applications. In 2005 – 2006 laboratories 41 and 43 of the Institute of NDT of TPU createdthe prototype of customs inspection system based on 5 MeV betatron, where some reseach works were performed. These research works allowed to create new russian x-ray inspection systems for customs. In 2012, under my managementthis system was modified and got new technical capabilities/ Now the 9 MeV source is implemented there. It allows to control objects wit thikness up to 300 - 350 mm in steel equivalent. Also there some works on improving detection module and software are being conducted, that will allow to separate materials by their type, and effective atomic number. At last years, works "Shtok" and "Shtock-В" were performed, in result, we created betatrons on 9 MeV for customs inspection system. These betatrons are being used in russian inspection systems, that supplied security during World Olimpic games in Sochi 2014. Now these complexes works on bulding the bridge through Kerch strait. Last years i participated in starting-up and adjustment the betatrons on sites of the native and foreign customers. I had many works on repairing and improvement the devices, that were supplied before. Also I started science and technical cooperation with different foreign NDT. Now our lab 41 designing and producing accelerators for many customers in the world. Present time we are trying make our products to correspond actual world standarts, trying to use modern materials and methods of producing to organize producing our devices. In 2015 we create new vacant positions for new specialists. Present time im looking for endowed students to interest them in our work.
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