Bolshakova, InessaYerashok, VolodymyrZagachevskyi, YuriyMakido, OlenaTymoshyn, SerhiyStetsko, RomanKokoten, NazarPrykhodko, OleksandrShurygin, Fedir2014-02-282014-02-282013Irradiation-resistant magnetic field microsensors / Inessa Bolshakova, Volodymyr Yerashok, Yuriy Zagachevskyi, Olena Makido, Serhiy Tymoshyn, Roman Stetsko, Nazar Kokoten, Oleksandr Prykhodko, Fedir Shurygin // Комп'ютерні науки та інженерія : матеріали VІ Міжнародної конференції молодих вчених CSE-2013, 21–23 листопада 2013 року, Україна, Львів / Міністерство освіти і науки України, Національний університет "Львівська політехніка". – Львів : Видавництво Львівської політехніки, 2013. – С. 34-35. – (4-й Міжнародний молодіжний фестиваль науки "Litteris et Artibus"). – Bibliography: 4 titles.https://ena.lpnu.ua/handle/ntb/23751A technology developed for creating radiationresistant magnetic field sensors based on semiconductor binary compounds of III-V group (InSb, InAs, GaAs) and their solid solutions (InXGa1-XAs, InAsXIn1-X) is presented. Studies have confirmed such sensors’ operability in neutron fluxes up to high fluences. This has made possible their use in magnetic measuring instrumentation for magnetic field diagnostics in thermonuclear reactors. The instrumentation comprises a 3D probe with Hall sensors and electronics characterized by the function of in-situ self-calibration, which makes available periodic calibration of sensors without their reinstallation, leading to high measurement accuracy. The magnetic measuring instrumentation developed by the team has been applied in European reactors TORE SUPRA (France) and JET (UK), and is aimed at solving tasks at a new charged particle accelerator – collider NICA (Russia).ensemiconductors of III-V groupmagnetic field sensorsmagnetic measuring instrumentationhigh-energy irradiationradiation resistancemagnetic diagnosticscharged particle acceleratorsArticle