Matches in DBpedia 2016-04 for { ?s ?p "A ball-pen probe is novel technique used to measure directly the plasma potential in strongly as well as weakly magnetized plasmas. The probe was invented by Jiří Adámek[1] in the Institute of Plasma Physics [2] AS CR in 2004. The ball-pen probe balances the electron saturation current to the same magnitude as that of the ion saturation current. In this case, its floating potential becomes identical to the plasma potential. This goal is attained by a ceramic shield, which screens off an adjustable part of the electron current from the probe collector due to the much smaller gyro–radius of the electrons. First systematic measurements have been performed on the CASTOR tokamak. The probe has been already used at different fusion devices as ASDEX Upgrade, COMPASS[3], ISTTOK, TJ-K[4], RFX [5], MAST, H-1 Heliac, IR-T1 as well as low temperature devices as DC cylindrical magnetron in Prague and linear magnetized plasma devices in Nancy and Ljubljana."@en }
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- Ball-pen_probe abstract "A ball-pen probe is novel technique used to measure directly the plasma potential in strongly as well as weakly magnetized plasmas. The probe was invented by Jiří Adámek[1] in the Institute of Plasma Physics [2] AS CR in 2004. The ball-pen probe balances the electron saturation current to the same magnitude as that of the ion saturation current. In this case, its floating potential becomes identical to the plasma potential. This goal is attained by a ceramic shield, which screens off an adjustable part of the electron current from the probe collector due to the much smaller gyro–radius of the electrons. First systematic measurements have been performed on the CASTOR tokamak. The probe has been already used at different fusion devices as ASDEX Upgrade, COMPASS[3], ISTTOK, TJ-K[4], RFX [5], MAST, H-1 Heliac, IR-T1 as well as low temperature devices as DC cylindrical magnetron in Prague and linear magnetized plasma devices in Nancy and Ljubljana.".
- Q17004629 abstract "A ball-pen probe is novel technique used to measure directly the plasma potential in strongly as well as weakly magnetized plasmas. The probe was invented by Jiří Adámek[1] in the Institute of Plasma Physics [2] AS CR in 2004. The ball-pen probe balances the electron saturation current to the same magnitude as that of the ion saturation current. In this case, its floating potential becomes identical to the plasma potential. This goal is attained by a ceramic shield, which screens off an adjustable part of the electron current from the probe collector due to the much smaller gyro–radius of the electrons. First systematic measurements have been performed on the CASTOR tokamak. The probe has been already used at different fusion devices as ASDEX Upgrade, COMPASS[3], ISTTOK, TJ-K[4], RFX [5], MAST, H-1 Heliac, IR-T1 as well as low temperature devices as DC cylindrical magnetron in Prague and linear magnetized plasma devices in Nancy and Ljubljana.".