| Issue Date | Title | Author(s) |
| 2019 | Compact neutron generators for the calibration of low background experiments | Chepurnov, A. S.; Kaplii, A. A.; Klenin, A. A.; Kolesnikov, D. A.; Kubankin, A. S.; Oleinik, A. N.; Shchagin, A. V. |
| 2021 | Dependence of the endpoint energy of X-ray radiation on the preliminary temperature change during the pyroelectric source operation in the pulsed mode | Oleinik, A. N.; Bolotov, E. V.; Gilts, M. E.; Ivashchuk, O. O.; Klenin, A. A.; Kubankin, A. S.; Shchagin, A. V. |
| 2017 | Development of pyroelectric neutron source for calibration of neutrino and dark matter detectors | Chepurnov, A. S.; Ionidi, V. Y.; Gromov, M. B.; Kirsanov, M. A.; Klyuyev, A. S.; Kubankin, A. S.; Oleinik, A. N.; Shchagin, A. V.; Vokhmyanina, K. A. |
| 2018 | Influence of mechanical treatment of the Z-surface of lithium niobate on the properties of X-ray pyroelectric source | Ivashchuk, O. O.; Klenin, A. A.; Kubankin, A. S.; Oleinik, A. N.; Shchagin, A. V. |
| 2016 | Investigation of the yield of X-ray radiation from pyroelectric sources with cone-shaped targets | Ivashchuk, O. O.; Kubankin, A. S.; Oleinik, A. N.; Shchagin, A. V. |
| 2020 | Lateral surface electrization of Z-cut lithium niobate during pyroelectric effect | Oleinik, A. N.; Karataev, P. V.; Klenin, A. A.; Kubankin, A. S.; Shchagin, A. V. |
| 2016 | Measurement of distribution anisotropy of X-Ray yield from a pyroelectric crystal surface | Gromov, M. B.; Ivashuk, O. O.; Ionidi, V. Y.; Karataev, P. V.; Kubankin, A. S.; Oleinik, A. N.; Shchagin, A. V. |
| 2022 | Observation of X-rays during heating a pyroelectric crystal by an infrared laser | Nazhmudinov, R. M.; Kubankin, A. S.; Oleinik, A. N.; Klenin, A. A. |
| 2017 | Possibility of using the piezoceramic PZT-19 in pyroelectric X-ray generators | Vokhmyanina, K. A.; Ivashchuk, O. O.; Ionidi, V. Yu.; Kaplii, A. A.; Kishchin, I. A.; Klyuev, A. S.; Kubankin, A. S.; Nazhmudinov, R. M.; Nikulin, I. S.; Oleinik, A. N.; Sotnikov, A. V. |
| 2018 | Properties of a ceramic pyroelectric X-ray generator as dependent on residual-gas pressure | Shchagin, A. V.; Volkov, V. I.; Miroshnik, V. S.; Kubankin, A. S.; Oleinik, A. N. |
| 2022 | Pyroelectric deflector of relativistic electron beam | Ivashchuk, O. O.; Kishin, I. A.; Kubankin, A. S.; Oleinik, A. N.; Sotnikova, V. S.; Shchagin, A. V. |
| 2016 | Pyroelectric neutron generator for calibration of neutrino and dark matter detectors | Chepurnov, A. S.; Ionidi, V. Y.; Ivashchuk, O. O.; Kubankin, A. S.; Oleinik, A. N.; Shchagin, A. V. |
| 2021 | Pyroelectric technologies, their applications, and prospects for development | Ivashchuk, O. O.; Shchagin, A. V.; Kubankin, A. S.; Kishin, I. A.; Oleinik, A. N.; Gilts, M. E. |
| 2020 | Quartz accelerator of charged particles | Ivashchuk, O. O.; Shchagin, A. V.; Kubankin, A. S.; Nikulin, I. S.; Oleinik, A. N.; Zhukova, M. A. |
| 2021 | Study of the dependence of the end-point bremsstrahlung energy on the residual gas pressure during the pyroelectric source operation in vacuum | Ivashchuk, O. O.; Shchagin, A. V.; Kubankin, A. S.; Kishin, I. A.; Oleinik, A. N.; Gilts, M. E. |
| 2021 | X-ray generation during piezoelectric lighter operation in vacuum | Ivashchuk, O. O.; Shchagin, A. V.; Kubankin, A. S.; Klenin, A. A.; Oleinik, A. N. |
