Characterization of MoSi Superconducting Single-Photon Detectors in the Magnetic Field von Korneev, Alexander A., Korneeva, Yuliya P., Mikhailov, Mikhail Yu, Pershin, Yuri P., Semenov, Alexander V., Vodolazov, D. Yu, Divochiy, Alexander V., Vakhtomin, Yuri B., Smirnov, Konstantin V., Sivakov, Alexander G., Devizenko, Alexander Yu, Goltsman, Gregory N.

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X‐Ray Calc 3: improved software for simulation and inverse problem solving for X‐ray reflectivity von Penkov, Oleksiy V., Li, Mingfeng, Mikki, Said, Devizenko, Alexander, Kopylets, Ihor

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Toward Zero Micro/Macro-Scale Wear Using Periodic Nano-Layered Coatings von Penkov, Oleksiy V, Devizenko, Alexander Yu, Khadem, Mahdi, Zubarev, Evgeniy N, Kondratenko, Valeriy V, Kim, Dae-Eun

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Self-Healing Phenomenon and Dynamic Hardness of C 60 -Based Nanocomposite Coatings von Penkov, Oleksiy V., Pukha, Volodymyr E., Devizenko, Alexander Yu, Kim, Hae-Jin, Kim, Dae-Eun

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Self-Healing Phenomenon and Dynamic Hardness of C60-Based Nanocomposite Coatings von Penkov, Oleksiy V, Pukha, Volodymyr E, Devizenko, Alexander Yu, Kim, Hae-Jin, Kim, Dae-Eun

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Self-Healing Phenomenon and Dynamic Hardness of C sub(60)-Based Nanocomposite Coatings von Penkov, Oleksiy V, Pukha, Volodymyr E, Devizenko, Alexander Yu, Kim, Hae-Jin, Kim, Dae-Eun

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X-ray Schwarzschild objective for the carbon window (lambda approximately 4.5 nm) von Artyukov, Igor, Bugayev, Yegor, Devizenko, Olexander, Gullikson, Eric, Kondratenko, Valeriy, Vinogradov, Alexander

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X-ray Schwarzschild objective for the carbon window (λ~4.5 nm) von ARTYUKOV, Igor, BUGAYEV, Yegor, DEVIZENKO, Olexander, GULLIKSON, Eric, KONDRATENKO, Valeriy, VINOGRADOV, Alexander

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