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\refsection{0}
  \datalist[entry]{ynt/global//global/global}
    \entry{Macha-2023-NuclFus}{article}{}
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      \field{abstract}{We report on the first experimental observation of a spontaneously formed transport barrier in the tokamak with a circular configuration in helium plasmas. There was no external polarization of the plasma by electric field or other technique to form the barrier as it is typically used in tokamaks with circular plasma. In general, the transport barriers play an important role in plasma confinement especially in tokamaks with divertor configuration. In our experiments, we clearly observe distinct characteristics of a transport barrier, including a steep gradient of the electron temperature and an enhanced radial electric field along with the change in the plasma potential, floating potential, and electron temperature fluctuation. The electron temperature and the plasma potential are obtained by a combination of the ball-pen and Langmuir probe measurements with high temporal resolution on a shot-to-shot basis. This first experimental observation of the spontaneously formed transport barrier might bring new possibilities to obtain a fusion-relevant study of the edge plasma parameters and transport in helium plasmas even on small tokamaks.}
      \field{journaltitle}{Nuclear Fusion}
      \field{month}{08}
      \field{number}{10}
      \field{publabbr}{Nucl. Fusion}
      \field{title}{Spontaneous formation of a transport barrier in helium plasma in a tokamak with circular configuration}
      \field{volume}{63}
      \field{year}{2023}
      \field{pages}{104003}
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      \verb{doi}
      \verb 10.1088/1741-4326/acf1af
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    \endentry
    \entry{Sarancha-2023-FST}{article}{}
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           family={Svoboda},
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      }
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        {Taylor & Francis}%
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      \strng{namehash}{3a7639228854b96e94aa440e83ae6ee5}
      \strng{fullhash}{849086e0dffe7c2cffb1f7d5126ae0d1}
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      \field{abstract}{AbstractThe university-scale tokamak GOLEM provides a unique opportunity to perform remote thermonuclear experiments [V. Svoboda, J. Fusion Energy, Vol. 38, Part 2, p. 253 (2019)]. Undergraduate plasma physics students from three universities—Moscow Institute of Physics and Technology (National Research University), RUDN University, and National Research Nuclear University MEPhI—carried out joint remote experiments to train in tokamak operation and to study topics relevant for mainstream fusion research such as plasma start-up, comparison of hydrogen versus helium plasma characteristics, electrostatic and electromagnetic turbulence, long-range correlations, etc. New observations of the long-range correlations between low-frequency (<50 kHz) quasi-coherent electrostatic and magnetic oscillations identified as m = 2 mode with several techniques were done, as well as of the broadband (<250 kHz) magnetic oscillations resolved in frequency and wave vector in helium and hydrogen plasmas. The presence of broadband electrostatic and broadband magnetic turbulence has also been established at the plasma edge.}
      \field{journaltitle}{Fusion Science and Technology}
      \field{number}{4}
      \field{publabbr}{FST}
      \field{title}{Remote Plasma Physics Research and Teaching by Example of Turbulence Study at the University-Scale Tokamak GOLEM}
      \field{volume}{79}
      \field{year}{2023}
      \field{pages}{432\bibrangedash 445}
      \range{pages}{14}
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      \verb 10.1080/15361055.2022.2148842
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    \endentry
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