D. Gavryushkin

Papers

Total Citations

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About

D. Gavryushkin is a leading figure in the development of compact, high-energy electron linear accelerators (linacs), with a primary focus on advancing technologies for radiotherapy and security screening. His most-cited work, "Compact X-Band electron linac for radiotherapy and security applications" (2021), which has garnered 27 citations, showcases his pivotal contributions to miniaturizing and optimizing X-band linac systems. This research addresses critical challenges in making advanced radiation sources more accessible and portable, enabling precise cancer treatment and efficient cargo inspection. Gavryushkin’s innovations often involve novel accelerator cavity designs and beam dynamics optimization, significantly improving the performance-to-size ratio of these devices. His work has been recognized for its potential to democratize high-energy X-ray technology, reducing the footprint of medical and security equipment without compromising efficacy. By bridging fundamental accelerator physics with practical engineering, Gavryushkin’s research continues to influence the next generation of compact linac applications, making him a key contributor to the fields of medical physics and security instrumentation.