• Experiments
    • Runaways electrons
      • Diagnostics
        • Scintillation probes
          • Reports
            • Lukáš Lobko. Měření ubíhajících elektronů na tokamaku GOLEM prostřednictvím různých scintilačních detektorů. PRPL závěrečný report. 2021
            • Vinklárek, J. et al. : Runaways @ Tokamak Golem, 2021
              • Vinklárek, J. et al. : Runaways @ Tokamak Golem, 2021
            • Cerovsky, J. et al.: Progress in HXR diagnostics at GOLEM and COMPASS tokamaks. April 2021.
              • ECPD_2021_poster_draft.pdf
              • #36649
          • Sessions
            • Golem No: 28873 - HXR & Runaways
            • 0421 SFP Golem #36386 et al. p_WG scan
            • 0421 SFP Golem #36392 et al. Ucd scan
            • Elena p, Jaroslav C. #37514 et al. Scan working gas pressure. Decemebr 2021
        • Timepix
          • Reports
            • Linhart, V. et. al : First Measurement of X-rays Generated by Runaway Electrons in Tokamaks Using a TimePix3 Device with 1 mm thick Silicon Sensor, 2018
              • Linhart, V. et al. : First Measurement of X-rays Generated by Runaway Electrons in Tokamaks Using a TimePix3 Device with 1 mm thick Silicon Sensor, 2018
              • #27738-#27750
              • #27752-#27753
              • #27755-#27762
              • #26967-#26970
              • #26972-#26975
              • #26977-#26978
              • #26989-#26998
              • #27007-#27016
              • #16669-#16683
          • Commissioning
            • golem.fjfi.cvut.cz/shots/39087/Analysis/Homepage/psql/ShotsOfTheSession.php
        • Strip detector
          • Reports
            • Svihra, P. et al. : Runaway electrons diagnostics using segmented semiconductor detectors, 2019
              • Svihra, P. et al. : Runaway electrons diagnostics using segmented semiconductor detectors, 2019
              • #27487
            • Tunkl, M. : Aplikace segmentovaných polovodičových detektorů pro diagnostiku ubíhajících elektronů, 2019
              • Tunkl, M. : Aplikace segmentovaných polovodičových detektorů pro diagnostiku ubíhajících elektronů, 2019
              • #29364
              • #29341
              • #29314
              • #29335
              • #30553
              • #30558
              • #29369
              • #29371
              • #29381
              • #29379
              • #29803
              • #31053
              • #29367
              • #29368
              • #29398
              • #30997
              • #31052
              • #31078
              • #31097
            • Tunkl, M. : Development of a new runaway electron diagnostics method based on strip semiconductor detectors, 2020
              • Tunkl, M. : Development of a new runaway electron diagnostics method based on strip semiconductor detectors, 2020
              • #33816
              • #33739
            • Novotný, L. et al. : Runaway electron diagnostics using silicon strip detector, 2020
              • Novotný, L. et al. : Runaway electron diagnostics using silicon strip detector, 2020
              • #29364
              • #31097
              • #31053
              • #29341
              • #29314
              • #29335
            • Svihra, P. : Aplikácia polovodičových pixelových detektorov, 2015
              • Svihra, P. : Aplikácia polovodičových pixelových detektorov, 2015
              • #20400-#20410
              • #22196-#22220
              • #22224-#22229
              • #22370-#22374
              • #22375/#22385
        • Ideas
          • Dhyani, P. :Design and Development of Probe for the Measurements of Runaway Electrons Inside the GOLEM Tokamak Plasma Edge. 2020
            • Design and Development of Probe for the Measurements of Runaway Electrons Inside the GOLEM Tokamak Plasma Edge
        • GOLEM Tokamak Wiki
        • Calorimeter
          • Commissioning
            • Caloud, J.: Commissioning. November 2021
            • Caloud, J.: Commissioning. February 2022
        • Full steam
          • V. Ivanov et. al. Golem #39417. June 2022.
        • Radiometer
          • Sessions
            • V. Ivanov. Golem #39417. June 2022
      • Physics
        • Reports
          • Dhyani, P. et al. : “Study of Runaway Electrons in GOLEM Tokamak”. In: Journal of Instrumentation 14.09 (2019)
            • JINST sample
            • Study of Runaway Electrons in GOLEM Tokamak - IOPscience
          • Matena, L. : HXR measurment on GOLEM tokamak - dependence on pressure II, 2012
            • Mat..., Lukáš, HXR measurment on GOLEM tokamak - dependence on pressure II, 2012
            • #11801-#11811
            • #12611-#12612
            • #12617-#12622
        • Sessions
          • Pressure scans
            • Pumprlova, E. & Jaroslav C.: SOC. December 2021
      • Library
        • Čaloud, J. : Studium energie ubíhajících elektronů v tokamacích, 2020
          • Čaloud, J. : Studium energie ubíhajících elektronů v tokamacích, 2020
        • GOLEM Tokamak Wiki
    • Electrostatic probes
      • Langmuir probe
        • Reports
          • V-A charakteristika doutnavého výboje v Heliu
            • V-A charakteristika doutnavého výboje v Heliu
          • Stockel,J. :Měření IV charakteristiky doutnavého výboje na tokamaku GOLEM metodou dvojité Langmuirovy sondy 2016
            • Stockel,J. :Měření IV charakteristiky doutnavého výboje na tokamaku GOLEM metodou dvojité Langmuirovy sondy 2016
          • Plovoucí potenciál doutnavého výboje na tokamaku GOLEM 2016
            • Plovoucí potenciál doutnavého výboje na tokamaku GOLEM 2016
          • NAZ,M.Y. et al. :DOUBLE AND TRIPLE LANGMUIR PROBES MEASUREMENTS IN INDUCTIVELY COUPLED NITROGEN PLASMA DOUBLE AND TRIPLE LANGMUIR PROBES MEASUREMENTS IN INDUCTIVELY COUPLED NITROGEN PLASMA 2011
            • Naz, M.Y. et al. :Double and Triple Langmuir Probes Measurements in Inductively Coupled Nitrogen Plasma 2011
          • Dimitrova, M. LP swept in He plasma, radial scan. Golem #36880 et al. June, 2021
            • Dimitrova, M. LP swept in He plasma, radial scan. Golem #36880 et al. June, 2021
            • Probe's exp-June 2021.pdf
        • Sessions
        • Tunnel probe
          • Golem No: 29922 - Petr Macha
          • Matyas P, Petr M.: Tunnel probe - angle scan. #38055 at. al. February 2022.
        • Rail probe
          • GOLEM Tokamak Wiki - Contents
          • Diagnostics/ParticleFlux/RailProbe - Fotky Google
          • Sessions
            • 0321 JM et al. #35964 et al. Angle Scan @ r=85 mm
            • 0321 JM et al. #36071 et al. Angle scan Shot2Shot
            • 0321 JM et al. #36277 et al. Angle Scan with Swept probe
            • HS VIP competition session. Golem #36954 et al. May, 2021
            • JM et al. Radial scan. Golem #37080 et. al. June 2021.
        • Ball pen and Langmuir probes
          • Sessions
            • 0221 Petr M. et.al. : Radial scan (90-42 mm) both Peti & DRP probes in the float mode #35837-#35861
            • 0221 Katka H. et.al.: Radial scan (90-42 mm) BPP@Petiprobe in the float mode and LP@Petiprobe in the float mode, DRP v IsatIsat at 85 mm: #35787-#35805
            • 0221 Katka H. et.al.: Radial scan (90-42 mm) BPP@Petiprobe in the float mode and LP@Petiprobe in the swept mode, DRP v IsatIsat at 85 mm: #35788-#35806
            • 0221 Katka H. et.al.: Radial scan (90-37 mm) Double Rake Probe in the IsatIsat mode: #35751-#35763 (LP@PetiProbe in the swept mode)
          • GOLEM Tokamak Wiki - Contents
          • Photo gallery
          • Ball-Pen probe
            • Topics
              • Laurerova, M. et al.: Měření elektronové teploty na tokamaku GOLEM elektrickými sondami, 2020
                • Středoškolská odborná činnost 2 Martina Lauerová Měření elektronové teploty na tokamaku GOLEM - YouTube
                • #35806 et al.: Lang probe Isat regime
                • #35805 et al.: Lang probe float regime
                • Laurerova, M. et al.: Měření elektronové teploty na tokamaku GOLEM elektrickými sondami, 2020
              • Cipciar,D.:Ion temperature measurement on tokamak Golem 2020
                • Cipciar,D.:Ion temperature measurement on tokamak Golem 2020
                • #31992
                • Cipciar,D.:Ion temperature measurement on tokamak Golem 2020
                • #33445
                • #33447
                • #33449
                • #33451
                • #33453
                • #33448
                • #33446
                • #33452
                • #33454
              • Dario Cipciar et al: Ion temperature measurement on tokamak Golem. Feb., 2021
                • Report_3.pdf
                • #35346
                • #35362
            • CASTOR
              • Adámek,J. et al.:Comparative measurements of the plasma potential with the ball-pen and emissive probes on the CASTOR tokamak 2005
                • Adámek,J. et al.:Comparative measurements of the plasma potential with the ball-pen and emissive probes on the CASTOR tokamak 2005
            • Library
              • Adámek,J. et al.:A novel approach to direct measurement of the plasma potential 2004
                • Adámek,J. et al.:A novel approach to direct measurement of the plasma potential 2004
          • Topics
            • Fast Ion Temperature measurements
              • Commissioning
                • Cipciar, D. et al. #36670 et al. 0521
              • Sessions
                • Cipro. D. et al.: Golem #36710 et al.
          • Reports
            • Initial analysis of BPP+LP experiment 2017
              • Initial analysis of BPP+LP experiment 2017
              • #23191
              • #23193
              • #23195
              • #23198
            • Measurements with the Ball Pen Probe (BPP) and single Langmuir probe (LP)
              • Measurements with the Ball Pen Probe (BPP) and single Langmuir probe (LP)
            • Ratio of electron and ion saturation currents of Langmuir and Ball Pen Probes 2017
              • Ratio of electron and ion saturation currents of Langmuir and Ball Pen Probes 2017
              • #24411
              • #24417
              • #24419
              • #24426
              • #24418
              • Ratio of electron and ion saturation currents of Langmuir and Ball Pen Probes 2017
        • Double rake probe
          • Reports
            • Aleš Socha: Poloha zóny vytváření turbulentních struktur v okrajovém plazmatu tokamaku GOLEM. SOČ. (2021)
              • SOC_dokument.pdf
              • Středoškolská odborná činnost -2- Aleš Socha - Vytváření turbulentních struktur v tokamaku GOLEM - YouTube
              • Golem No: 34306
              • Golem No: 34861
              • Golem No: 35032
              • Golem No: 35762
          • Sessions
            • Sasha M & spol: Biasing experiment. 36450 et al. April 2021.
          • Papousek, F. Double rake probe. The GOLEM wiki. March 2021.
        • General
          • Stockel, J: Odstranění rušivého signálu (pick-up) díky kapacitnímu proudu. 2020
            • Stockel. J: Odstranění rušivého signálu (pick-up) díky kapacitnímu proudu.2020.
            • 34130
          • Three parameters fitting
            • Standardní tříparametrový fit 2017
              • Standardní tříparametrový fit 2017
          • Diagnostics/ParticleFlux/GeneralInfo - Google Photos
        • Text book results
          • VA Langmuir probe characteristic Swept with 50 kHz. #36656. May, 2021.
        • Tsviatko probe
          • Probe photo
        • Ball pen probe
          • Sessions
            • Ball pen probe at equatorial postion. January 2017.
            • #22896 et. al. December, 2016.
          • Reports
            • Direct observation of the Anomalous Doppler instability by the Ball Pen Probe.
              • Direct observation of the Anomalous Doppler instability by the Ball Pen Probe.
            • Direct observation of the “fan-like” instability by the Ball Pen Probe.
              • Direct observation of the “fan-like” instability by the Ball Pen Probe.
              • #25995
            • Předběžný report z BPP experimentu 2017
              • Předběžný report z BPP experimentu 2017
              • #25320
              • #25343
              • #25341
            • Předběžný report z BPP experimentu, 2017
              • Mach, Petr : Předběžný report z BPP experimentu, 2017
              • #25320
              • #25343
              • #25341
            • Cipciar, D. Ion and electron temperature study in the edge plasma of the tokamak device. Master thesis. 2021.
          • Different toroidal positions
            • Ball pen probe and Double rake probe
              • Basic measurement. January, 2017.
          • PetiProbe: Ball pen and Langmuir and Tunnel probes
            • Reports
              • Mácha,P.:Studium okrajového plazmatu v tokamacích pomocí pokročilých elektrických sond 2020
                • Mácha,P.:Studium okrajového plazmatu v tokamacích pomocí pokročilých elektrických sond 2020
                • #25492
                • #19766
                • #19772
                • #19806
                • #19722
                • #28794-#28808
                • #29110
                • #29129
                • #29925
                • #29924
                • #29921
                • #30707
                • #30702-#30703
                • #26355-#26366
          • Katka H: History of probe measurements on GOLEM. Golem wiki. December 2020.
        • Magnetic measurements
          • Magneto-hydrodynamic ring - TM
            • Sessions
              • 0221 MatIv et.al #35902 et al. Bt scan
              • Kalea Huei-mei Wen, Jana B. Golem #37788 et al. December 2021
              • #39139 at al. May, 2022
              • Vanakova, Duran. Bc intro. #39268 et. al. June, 2022.
            • Commisioning
              • Golem #36353 et al. With and without mc1,mc9
            • Set-up
              • CAD drawing
            • Photogallery
          • Limiter Mirnov Coils
            • Sarancha, G. :Magnetic turbulence and long-range correlation study in the GOLEM tokamak. April, 2021
            • Set-up
              • GOLEM Tokamak Wiki - Diagnostics/Magnetic/MirnovCoilsAtLimiter/Theory/diagnostics_mirnov
            • Reports
              • Faridyousefi, H., Salem, M.K. & Ghoranneviss, M. MHD Mode Identification from Mirnov Coils Signals in Tokamak Via Combination of Singular Value Decomposition and Hilbert–Huang Transform Analysis Methods. J Fusion Energ 39, 512–520 (2020). https://doi.
          • Reports
            • Markovic, T.: Measurement of Magnetic Fields on GOLEM Tokamak. Diploma Thesis. 2012.
            • M. Valovic. Magnetic Diagnostics on the CASTOR Tokamak. Czechoslovak Journal of Physics, vol. B 38, 1988.
        • Radiation Measurements
          • Tomography
            • Reports
              • Löffelmann, V. : Seznamovací experimenty (praktika FTTF) 2014
                • Löffelmann, V. : Seznamovací experimenty (praktika FTTF) 2014
                • #17555
                • #17556
                • #17557
                • #17558
                • #17559
                • #1760
                • #1761
                • #1762
                • #17572
              • J. Chlum. Implementace tomografické inverze na tokamak GOLEM. Bachelor project. 2022
                • J. Chlum. Implementace tomografické inverze na tokamak GOLEM. Bachelor project. 2022
          • Spectroscopy
            • Reports
              • Naydenkova, D. : Study of plasma in tokamak-type devices with spectroscopic methods, 2017
                • Naydenkova, D. : Study of plasma in tokamak-type devices with spectroscopic methods, 2017
              • Krbec, J. et al. : He-beam diagnostics, 2018
                • Krbec, J. et al. : He-beam diagnostics, 2018
              • Vácha, L. et al. : Plazmové výboje, 2018
                • Vácha, L. et al. : Plazmové výboje, 2018
              • Shkut, M. : Spektroskopické studie, 2018
                • Shkut, M. : Spektroskopické studie, 2018
                • #21500-#26000
                • #25611
                • #26733
              • Krivková, A. : Hmotnostní spektrometr na tokamku GOLEM, 2020
                • Krivková, A. : Hmotnostní spektrometr na tokamku GOLEM, 2020
            • 4 Biased Si Photodetectors
              • Set-up
                • Thorlabs - DET36A/M Si Detector, 350 - 1100 nm, 14 ns Rise Time, 13 mm2, M4 Taps
                • Thorlabs - CCM5-BS016/M 16 mm Cage Cube-Mounted Non-Polarizing Beamsplitter, 400 - 700 nm, M4 Tap
                • HeI: Thorlabs - FB590-10 Ø1" Bandpass Filter, CWL = 590 ± 2 nm, FWHM = 10 ± 2 nm
                • HeII: Thorlabs - FB470-10 Ø1" Bandpass Filter, CWL = 470 ± 2 nm, FWHM = 10 ± 2 nm
                • CII: Thorlabs - FL514.5-10 Ø1" Laser Line Filter, CWL = 514.5 ± 2 nm, FWHM = 10 ± 2 nm
                • Hgamma: Thorlabs - FB430-10 Ø1" Bandpass Filter, CWL = 430 ± 2 nm, FWHM = 10 ± 2 nm
                • Hbeta. Thorlabs - FB490-10 Ø1" Bandpass Filter, CWL = 490 ± 2 nm, FWHM = 10 ± 2 nm
                • Halfa. Thorlabs - FB660-10 Ø1" Bandpass Filter, CWL = 660 ± 2 nm, FWHM = 10 ± 2 nm
            • Library
              • A H Morton and K G Srinivasacharya.Use of optical filters for Tokamak plasma spectroscopy. 1978 J. Phys. E: Sci. Instrum. 11 131
              • D. Naydenkova,1, 2 J. Stöckel,2 V. Weinzettl, 2 D. Šesták, 2 J. Havlíček1, 2.Spectroscopic Measurements on the COMPASS Tokamak.WDS'12 Proceedings of Contributed Papers, Part II, 222–227, 2012.
              • D. Naydenkova, V. Weinzettl: Multichannel Optical System for Visible Plasma Radiation Measurement
              • Diana Naydenkova.Study of plasma in tokamak-type devices with spectroscopic methods.DOCTORAL THESIS. 2017.
              • NIST: Finding List of Basic Atomic Spectroscopic Data
              • RkBlog :: Choosing Edmund Optics filters for helium, oxygen and argon narrowband imaging
            • Theory
              • Wikipedia contributors. "Balmer series." Wikipedia, The Free Encyclopedia. Wikipedia, The Free Encyclopedia, 17 Feb. 2021. Web. 26 May. 2021.
              • Wikipedia contributors. "Hydrogen spectral series." Wikipedia, The Free Encyclopedia. Wikipedia, The Free Encyclopedia, 29 Jun. 2021. Web. 13 Jul. 2021.
            • Filters
              • H alpha + CII: 656nm CWL, 10nm FWHM, 25mm Mounted Diameter | Edmund Optics
              • HeI: 589nm CWL, 10nm FWHM, 25mm Mounted Diameter | Edmund Optics
              • HeII: 470nm CWL, 25mm Dia., 10nm FWHM, Interference Filter
              • CII: 515nm CWL, 10nm FWHM, 25mm Mounted Diameter | Edmund Optics
              • CIII: 467nm CWL, 25mm Dia., 10nm FWHM, Interference Filter
              • Hgamma: 436nm CWL, 25mm Dia., 10nm FWHM, Interference Filter
              • Hbeta: 486nm CWL, 25mm Dia., 10nm FWHM, Interference Filter
              • Traditional Coated 400 – 699nm Bandpass Interference Filters @ EO
            • Theory
              • Optical Filters | Edmund Optics
              • Custom Bandpass Filter using Shortpass and Longpass Filters
          • Fast Cameras
            • Set-up
              • Schauglas | Pfeiffer Vacuum
              • Photron Fast cameras: datasheet.pdf
              • FASTCAM MINI UX – Photron
          • Bolometry
            • Reports
              • Dufkova, E. Bolometrická měření celkového vyzářeného výkonu vysokoteplotního plazmatu tokamaku CASTOR. Bachelor project. 2007.
              • Leit. B. Bolometrická měření na tokamaku GOLEM. Bachelor project. 2014.
              • Leitl, B. Tomografická rekonstrukce profilu vyzařování plazmatu na tokamaku GOLEM. Master thesis 2019
        • Break down studies
          • Reports
            • Stray magnetic field on GOLEM
              • Stray magnetic field on GOLEM
              • #3080
              • #3064
            • Stockel,J. :Rozptylové magnetické pole na tokamaku GOLEM 2009
              • Stockel,J. :Rozptylové magnetické pole na tokamaku GOLEM 2009
            • Stockel,J. et al :Plasma start-up at GOLEM 2020
              • Stockel,J. et al :Plasma start-up at GOLEM 2020
              • #29871
              • #29681-#29913
              • #29870
            • GOLEM breakdown report
              • GOLEM breakdown report
            • Jelínková,E.et al. :Breakdown Studies 2018
              • Jelínková,E.et al. :Breakdown Studies 2018
              • #28823
              • #28856
              • #28858
              • #28867-28875
              • #28815
              • #28820
              • #28822
            • Buaruk,S. et al. :Study of the toroidal magnetic foeld voltage and the current drive voltage in GOLEM tokamak
              • Buaruk,S. et al. :Study of the toroidal magnetic foeld voltage and the current drive voltage in GOLEM tokamak
              • #35551
            • Siusko,Y.: BREAKDOWN PHASE IN THE GOLEM TOKAMAK AND ITS IMPACT ON PLASMA PERFORMANCE 2021
              • Siusko,Y.: BREAKDOWN PHASE IN THE GOLEM TOKAMAK AND ITS IMPACT ON PLASMA PERFORMANCE 2021
              • #29871
            • Mandula,J. :To what extent is it feasible to estimate the breakdown probability for a plasma discharge in the GOLEM tokamak using a machine learning algorithm trained using precedent discharge results? 2016
              • Mandula,J. :To what extent is it feasible to estimate the breakdown probability for a plasma discharge in the GOLEM tokamak using a machine learning algorithm trained using precedent discharge results? 2016
              • #19785-#19789
            • Svoboda,V. :The Best Plasma Performance on GOLEM 2011
              • Svoboda,V. :The Best Plasma Performance on GOLEM 2011
              • #4820-#4830
              • #4662-#4664
            • Marguet,F. :Study of avalanche phase on GOLEM tokamak 2013
              • Marguet,F. :Study of avalanche phase on GOLEM tokamak 2013
              • #10789
              • #10805
              • #10704
              • #11237
              • #10742
              • #10745
              • golem
            • Stockel,J. :Plasma confinement in tokamaks 2009
              • Stockel,J. :Plasma confinement in tokamaks 2009
              • #17106
              • #28889
          • Library
            • Valovič,M. et al. :A START UP DISCHARGE PHASE IN A CASTOR TOKAMAK
              • Valovič,M. et al. :A START UP DISCHARGE PHASE IN A CASTOR TOKAMAK
            • Kim,HT. et al. :Criterion for Plasma Burn-Through in Tokamaks
              • Kim,HT. et al. :Criterion for Plasma Burn-Through in Tokamaks
            • Tsutsui,H. et al. :2D-SIMULATIONS OF BREAKDOWN IN TOKAMAK BY COLLISIONAL IONIZATION MODEL 1998
              • Tsutsui,H. et al. :2D-SIMULATIONS OF BREAKDOWN IN TOKAMAK BY COLLISIONAL IONIZATION MODEL 1998
            • Yoo,M. et al. :Numerical Simulations of Ohmic Breakdown Phenomena in a Tokamak 2013
              • Yoo,M. et al. :Numerical Simulations of Ohmic Breakdown Phenomena in a Tokamak 2013
            • Prinzler,H. at al. :INVESTIGATIONS OF THE START UP PHASE IN THE TM-1-MH TOKAMAK 1984
              • Prinzler,H. at al. :INVESTIGATIONS OF THE START UP PHASE IN THE TM-1-MH TOKAMAK 1984
          • Theory
            • Stockel,J. :Plasma start-up in tokamaks 2010
              • Stockel,J. :Plasma start-up in tokamaks 2010
          • Topics
            • Et, Bt orientation
              • Unfavourable conditions
                • Golem No: 28792
                • Golem No: 28464
              • Sessions
                • Adela K & D. Kropackova: 38750 et al. April, 2022.
        • Tokamak physics
          • Energy Confinment Time
            • Guirlet, R. et al. : Effect of UCD, UBt, P on energy confinement time, 2019
              • Guirlet, R. et al. : Effect of UCD, UBt, P on energy confinement time, 2019
            • Weldon, D. et al. : Maximizing Confinement Time on GOLEM, 2019
              • Weldon, D. et al. : Maximizing Confinement Time on GOLEM, 2019
            • Jarasboonsarea, Ch. et. al : Relation between UCD , UB and temperature of plasma, relation between the UCD and the Confinement Time, 2020
              • Jarasboonsarea, Ch. et. al : Relation between UCD , UB and temperature of plasma, relation between the UCD and the Confinement Time, 2020
            • Zarzoso, D. et al. : Confinement time, 2017
              • Zarzoso, D. et al. : Confinement time, 2017
              • #23109
              • #23123
            • Dumont, R. et al. : The effect of plasma current on confinement time, 2017
              • Dumont, R. et al. : The effect of plasma current on confinement time, 2017
            • Dumont R. et al. The Relationships among Energy Confinement Time, Toroidal Magnetic Field, and Electric Field
              • Dumont R. et al. The Relationships among Energy Confinement Time, Toroidal Magnetic Field, and Electric Field
            • Škálování globální doby udržení energie na GOLEMu, 2020
              • Škálování globální doby udržení energie na GOLEMu, 2020
            • Doba udržení, P(OH), Te(0) pro výboje, 2020
              • Doba udržení, P(OH), Te(0) pro výboje, 2020
              • #33012-#33063
              • #33069-#33105
          • Current Drive Effects
            • Loarer, T et al. : Effects of Pressure and Current drive in GOLEM, 2018
              • Loarer, T et al. : Effects of Pressure and Current drive in GOLEM, 2018
              • #26064
              • #26079
            • Ardiansyah, H. et al. :Variation of UB and UCD on Plasma Duration and Safety Value, 2018
              • Ardiansyah, H. et al. :Variation of UB and UCD on Plasma Duration and Safety Value, 2018
            • Hands-on activities: Tokamak GOLEM, 2019
              • Hands-on activities: Tokamak GOLEM, 2019
            • Optimization of drive current in GOLEM remote Tokamak, 2019
              • Optimization of drive current in GOLEM remote Tokamak, 2020
          • Neo Alcator Scaling
            • Goldston, J. : Energy confinement scaling in Tokamaks: some implications of recent experiments with Ohmic and strong auxiliary heating,
              • Goldston, J. : Energy confinement scaling in Tokamaks: some implications of recent experiments with Ohmic and strong auxiliary heating,
          • Plasma Current Issues
            • Guirlet, R. et al. : Study of Fusion Performance Over Plasma Current Variation, 2017
              • Guirlet, R. et al. : Study of Fusion Performance Over Plasma Current Variation, 2017
            • Dumont, R. et al. : The effect of plasma current on confinement time, 2017
              • Dumont, R. et al. : The effect of plasma current on confinement time, 2017
            • Influence of GOLEM tokamak operating parameters on plasma currents, 2018
              • Influence of GOLEM tokamak operating parameters on plasma currents, 2018
          • Plasma LifeTime Issues
            • Hillairet, J. et al. : Electron Temperature & Plasma Life Time
              • Hillairet, J. et al. : Electron Temperature & Plasma Life Time
          • Pressure Effects
            • Loarer, T et al. : Effects of Pressure and Current drive in GOLEM, 2018
              • Loarer, T et al. : Effects of Pressure and Current drive in GOLEM, 2018
              • #26064
              • #26079
          • Safety Factor
            • Pegourie et al. : Dependence of the safety factor on the toroidal field
              • Pegourie et al. : Dependence of the safety factor on the toroidal field
            • Panpuang, N. et al. : A Study of OHMIC POWER AND safety factor in GoleM Experiment
              • Panpuang, N. et al. : A Study of OHMIC POWER AND safety factor in GoleM Experiment
              • #17930
              • #23129
              • #29936
              • #30230
              • #30231
              • #30570
              • #30575
              • #30596
          • Temperature Issues
            • Jarasboonsarea, Ch. et. al : Relation between UCD , UB and temperature of plasma, relation between the UCD and the Confinement Time, 2020
              • Jarasboonsarea, Ch. et. al : Relation between UCD , UB and temperature of plasma, relation between the UCD and the Confinement Time, 2020
          • Toroidal Magnetic Field Effects
            • Pegourie et al. : Dependence of the safety factor on the toroidal field
              • Pegourie et al. : Dependence of the safety factor on the toroidal field
            • Ardiansyah, H. et al. :Variation of UB and UCD on Plasma Duration and Safety Value, 2018
              • Ardiansyah, H. et al. :Variation of UB and UCD on Plasma Duration and Safety Value, 2018
            • Dhungana, S. et al. : Capacitor voltage relations
              • Dhungana, S. et al. : Capacitor voltage relations
          • Tripple Product
            • Where are the GOLEM discharges in the 𝒏. 𝑻𝒊 . 𝝉𝑬 vs. 𝑻𝒊 diagram?
              • Where are the GOLEM discharges in the 𝒏. 𝑻𝒊 . 𝝉𝑬 vs. 𝑻𝒊 diagram?
        • Tokamak regimes
          • Operational domains
            • Svoboda, V. et al. : Operational domain in hydrogen plasmas on the GOLEM tokamak, 2018
              • Svoboda, V. et al. : Operational domain in hydrogen plasmas on the GOLEM tokamak, 2019
              • #27489
              • #27658
          • Stockel, J.; Svoboda, V. : How to reach good plasma on GOLEM?
            • Stockel, J.; Svoboda, V. : How to reach good plasma on GOLEM?
            • #27658
            • #27489
        • Other working gases
          • He plasma
            • Langmuir probe
              • Dimitrova, M. LP swept, radial scan. Golem #36880 et al. June, 2021
          • Isotopic Studies
            • Reports
              • Tsviatko, P., Dimitrova, M. et al. Plasma properties in the vicinity of the last closed flux surface in hydrogen and helium fusion plasma discharges. For PPCF. 2019.
                • H plasma: Golem No: 30173
                • He plasma: Golem No: 30150
        • Technological Issues
          • Reports
            • Leitl, B. : Wall conditioning metody na tokamaku GOLEM - Spektrometrie doutnavého výboje, 2016
              • Leitl, B. : Wall conditioning metody na tokamaku GOLEM - Spektrometrie doutnavého výboje, 2017
              • #16110
              • #16123
              • #22347
            • Farník, M. : Závislost hustoty na ostatních parametrech plazmatu na tokamaku GOLEM, 2018
              • Farník, M. : Závislost hustoty na ostatních parametrech plazmatu na tokamaku GOLEM, 2018
              • #22763
              • #23674-#23677
              • #23678-#23694
              • #19930
              • #24041-#24061
              • #25867-#25899
              • #25915-#25945
              • #26571-26592#
              • #26610-#26626
              • #26676-#26704
            • Čeřovský, J. : Plasma position measurements and vertical stabilization at Golem, 2019
              • Čeřovský, J. : Plasma position measurements and vertical stabilization at Golem, 2019
              • #12413
              • #12421
              • #2794
              • #2792
              • #29371
              • #29331
              • #29398
              • #29393
            • Weldon, D. et al. : Plasma stabilization (GOMTRAIC), 2019
              • Weldon, D. et al. : Plasma stabilization (GOMTRAIC), 2019
              • #29748
              • #29749
              • #29795
              • #29803
              • #29829
              • #29831
              • #29835
            • Svoboda, V. et al. : Remote operation of the vertical plasma stabilization @ the GOLEM tokamak for the plasma physics education, 2015
              • Svoboda, V. et al. : Remote operation of the vertical plasma stabilization @ the GOLEM tokamak for the plasma physics education, 2015
              • #12529
              • #16690
              • #16853
            • Munzar, V. : Měření netěsnosti v tokamaku Golem, 2016
              • Munzar, V. Měření netěsnosti v tokamaku Golem, 2016
              • #3000-#13000
              • #16561-#22434
          • Bt Ecd orientation
            • Sessions
              • Malec, S. and Linhart, V.: Timepix4HXR #36499 et al. April 2021
          • MW plasma
            • Reports
              • Svoboda,V. et al. :Microwave plasma on the GOLEM tokamak
                • Svoboda,V. et al. :Microwave plasma on the GOLEM tokamak
                • Svoboda,V. et al. :Microwave plasma on the GOLEM tokamak
                • Svoboda,V. et al. :Microwave plasma on the GOLEM tokamak
                • #18480-#18497
                • Svoboda,V. et al. :Microwave plasma on the GOLEM tokamak
              • Grover,O. et al. :Vacuum and MW breakdown driven plasma shot MW versus ElGun preionization @ 10 mPa MW versus ElGun preionization - Working gas survey
                • Grover,O. et al. :Vacuum and MW breakdown driven plasma shot MW versus ElGun preionization @ 10 mPa MW versus ElGun preionization - Working gas survey
              • Microwave pre-ionization
                • Microwave pre-ionization
          • Plasma position stabilization
            • MIlestones
              • Martin H: Dirty discharge.#37572. December 2021
            • Commissioning
              • Daniela K. & Martin H. January, 2022.
              • #37935 et. al. January 2022
            • ShowRoom
              • Golem #40032 with and #40031 without stabilization. November, 2022.
          • Operational test discharges
            • Golem #39486 ... Stabilization
        • Complex measurements
          • #36443-#36450. Biasing Electrode @Kepco 100V/4A & Petiprobe & DRP & MHD ring 16 and 4 & Scintillators. April 2021.
          • #36592 - #36602. Biasing Electrode @Kepco 20V/20A & Petiprobe & DRP & MHD ring 16 and 4 & Scintillators. April 2021.
        • Miscellaneous
          • Stray Magnetic Fields
            • Reports
              • Markovič, T. et al. : Development of 3D ferromagnetic model of tokamak core with strong toroidal asymmetry, 2015
                • Markovič, T. et al. : Development of 3D ferromagnetic model of tokamak core with strong toroidal asymmetry, 2015
              • Markovič, T. et al. : Evaluation of applicability of 2D iron core model for two-limb configuration of GOLEM tokamak, 2013
                • Markovič, T. et al. : Evaluation of applicability of 2D iron core model for two-limb configuration of GOLEM tokamak, 2013
              • Markovič, T. : Report on Measurement of Stray Fields, 2013
                • Markovič, T. : Report on Measurement of Stray Fields, 2013
                • #11086
                • #11094
        • Biasing experiments
          • Sessions
            • EDU4MEPhI: Radial scan Diagnostics: Petiprobe, DRP, MHD, HXR. #36450 et.al. 0421
            • EDU4 MEPhI: Biasing Electrode @Kepco 20V/20A & Petiprobe & DRP & MHD ring 16 and 4 & HXRGolem. #36602 et al. Apr., 2021.
            • #39139 at al. May, 2022
          • Library
            • Horáček,J. :Turbulent structures in tokamak plasma 2000
              • Horáček,J. :Turbulent structures in tokamak plasma 2000
              • #4541-#4586
              • #6084-#6140
              • #9255-#9286
              • #9443-#9484
              • #5184-#5240
              • #5282-#5301
              • # 5323-# 5335
              • #6515-#6533
              • #6680-#6801
              • #6802-#6841
              • #6896-#6931
              • #6936-#6999
              • #7303-#7389
              • #7409-#7440
              • #7470-#7483
              • #7762-#7770
              • #7792-#7853
              • #7942-#7983
          • Photo gallery
          • Reports
          • Spectroscopy
          • Golem
            • Chamber
              • Geometrical characteristics of the ports
              • Flanges
                • ECR preionization
                  • HW
                    • ISO-K Rotatable Bolt Ring
                    • O-Ring | Pfeiffer Vacuum
                • Radiation-300
                  • HW
                    • Flansch mit Rohransatz, drehbar | Pfeiffer Vacuum
                    • Kupferdichtung | Pfeiffer Vacuum
              • Chamber conditioning
                • Glow discharge
                  • Fast Cameras
                    • Radial camera, October 2022.
                    • Vertical camera, October 2022.
            • Diagnostics
              • Basic
                • Diamagnetism
                  • Library
                    • Trembach, Dallas John: Diamagnetic flux measurements on the STOR-M tokamak. Master thesis. 2009.
                    • Dallas Trembach, Chijin Xiao, Mykola Dreval, and Akira Hirose , "Diamagnetic measurements in the STOR-M tokamak by a flux loop system exterior to the vacuum vessel", Review of Scientific Instruments 80, 053502 (2009) https://doi.org/10.1063/1.3126526
              • Radiation
                • Fast cameras
                  • Set-up
                    • HW
                      • Fastcam MiniUX- datasheet.pdf
                      • Thorlabs - SM1T3 SM1 (1.035"-40) Coupler, External Threads, 0.25" Long
                      • Thorlabs - SM1A57 Adapter with External M35 x 0.5 Threads and Internal SM1 Threads
                      • Thorlabs - VC223 Ø2.75" CF Flange, 150 nm - 4.5 µm Uncoated Sapphire Window
                      • CF Flanges | Pfeiffer Vacuum
                      • Thorlabs - MVL25M1 25 mm EFL, f/1.4, for 1" C-Mount Format Cameras, with Lock
                      • Thorlabs - TMA2 Adapter with External T-Mount to Internal SM1
                  • Spectrometry
                    • HR2000+
                      • ShowRoom
                        • #26733. March 2018.
                      • HW
                        • HR2000+ Data Sheet
                • Electrostatic probes
                  • Double rake probe
                    • Basic info
                • Microwaves
                  • Interferometry
                    • Commissioning
                      • Retro functionality scan from #36710 (May, 2021) to #39900 (November, 2022)
              • Chronicle
                • The very first discharge at the Golem tokamak #4
                • Training courses
                  • Universities
                    • MEPhI_Moscow.ru
                      • 0321 #36372 et al.
                      • 0421 Biasing probe
                      • 0421 #36602 et al. Biasing experiment 20V-20A
                    • CTU_Prague.cz
                      • PRA2
                        • March, 2021.
                    • BUTE_Budapest.hu
                      • September 2021 #10
                    • TU_Turin.it
                      • December 2016: 22716 et al.
                      • December 2017: 25355 et al.
                      • December 2018: 28981 et al.
                      • December 2021: 34423 et al.
                  • Workshops
                    • Cadarache winter Hands on projects
                      • 21
                        • Golem No: 35497 et al.
                • Experiments
                  • 2021
                    • Dimitrova, M. LP swept in He plasma, radial scan. Golem #36880 et al. June, 2021
                • Events
                  • Stockel, J. et al. The Competition. Golem #36954 et al. June, 2021
                  • Marianska Student Conference
                    • Snow Tokamaks - Fotky Google
              • How to
                • Data access for GOLEM
                  • The very last shot: #0
                  • GOLEM Tokamak Wiki - Handling/BasicExamples
                  • Gnuplot
                    • Basics
                    • Gnuplot Tutorial => Fit: basic linear interpolation of a dataset
                  • pSQL. Access to the Shot Database
                    • Basic pSQL commands to access GOLEM data
                  • Macha, P. How to present Discharge interval. Example from #36965 to #36975. June, 2021.
                • Data proccessing at GOLEM
                  • Postdischarge scripts
                    • Hromasova, K.: Measuring electron temperature with a swept Langmuir probe. 2021
                  • Long Term Analysis
                    • Julien Hillairet: GOLEM Confinement Time Scaling Law. Jupyter Notebook.2018
                    • Retro Interferometer functionality scan from #36710 (May, 2021) to #39900 (November, 2022)
                • General SW
                  • Latex
                    • CZ
                      • Jak sázet česky
                    • Documentation - Overleaf, Online LaTeX Editor
                    • Bibtex
                      • Biblatex citation styles - Overleaf, Online LaTeX Editor
                      • Biblatex bibliography styles - Overleaf, Online LaTeX Editor
                    • Graphics
                      • Positioning images and tables - Overleaf, Online LaTeX Editor
                      • List of Greek letters and math symbols - Overleaf, Online LaTeX Editor
                    • Tables
                      • Positioning images and tables - Overleaf, Online LaTeX Editor
                  • Computer Algebra Systems
                    • Počítačové algebraické systémy (PAS) | IST | České vysoké učení technické v Praze
                  • Linux
                    • nano text editor
                      • Introduction to the nano Text Editor
                    • Bash
                      • The Best Keyboard Shortcuts for Bash (aka the Linux and macOS Terminal)
                  • python
                    • matplotlib.pyplot.plot
                • GOLEM tools
                  • GOLEM wiki
                    • Basic Syntax | Markdown Guide
              • Library
                • General
                  • Brotankova, J. : Study of high temperature plasma in tokamak-like experimental devices. PhD thesis. 2009
              • HW
                • Oscilloscopes
                  • Tektronix Programmer Manual
                • Amplifiers
                  • KEPCO
                    • General
                      • KEPCO, INC.: DOWNLOAD LATEST KEPCO DRIVERS
                      • GOLEM Tokamak Wiki - Contents
                      • KEPCO INC: BOP MODELS
                • Misc
                  • Chladič vody CW-5200 Chiller pro laserové plotry
                  • Systém zásuvných modulů - elektřina a magnetismus - HELAGO-CZ, s.r.o. - Vybavení laboratoří a lékáren, dodávka výukových pomůcek, zdravotních simulátorů, projekce a výroba nábytku
                • Tools
                  • Analog galvanic isolator - DC to 1 MHz / High precision / 4,2kV isolation
                  • Chladič vody CW-5200 Chiller pro laserové plotry
                • Vacuum
                  • Mass spectrometer
                    • Pfeiffer: Prismapro datasheet
                  • Components
                    • Seals
                      • Pfeiffer Vacuum | O-rings
                • Optical Instruments
                  • Accessories
                    • Optical Component Thread Adapters - Thorlabs
                    • Camera Lenses for Machine Vision
                    • High-Vacuum CF Flange Viewports for Ø1" Windows
                    • Free-Space Biased Detectors
                  • Fast Cameras
                    • Photron Fast cameras Model UX50: datasheet.pdf
                  • IR cameras
                    • Workswell InfraRed Camera (WIC)
                • RelayBoards
                  • Quido8
                    • Quido ETH 8/8: 8 vstupů, 8 relé, teploměr, Ethernet | Papouch.com
              • Global experimental set-up
              • Infrastructure
                • Vacuum
                  • M. Lauerová. Vacuum system of tokamak GOLEM. YouTube. August 2022.
                  • V. Svoboda. Vacuum issues. The GOLEM wiki.
                • Biasing probe
                  • Photo Gallery
                • Bt electrical circuit
                  • HV power supply
                    • VN diode DSEP 29-12A
                    • STTH 6012 W | STMICROELECTRONICS Dioda usměrňovací
                    • DSI 45-16AR
                    • HV power supply - scheme
              • Production
                • Divisions
                  • Shot homepage
                    • v 1: #4-#5239
                    • v 2: #5240-#9423
                    • v 3: #9450-#31150
                    • v 4: #35151-
                • Style
                  • Referencing
                    • ieee-style-guide.pdf
                    • Wikipedia contributors. Parenthetical referencing [Internet]. Wikipedia, The Free Encyclopedia; 2022 Sep 8, 20:39 UTC [cited 2022 Oct 7]. Available from: https://en.wikipedia.org/w/index.php?title=Parenthetical_referencing&oldid=1109255442.
                    • IEEE-Reference-Guide.pdf
                    • Getting started with IEEE referencing - IEEE Referencing - Library Guides at Victoria University
                • Education
                  • Materiály pro začínající středoškolské studenty na tokamaku GOLEM
                  • Newcommers
                  • Develop
                    • GOLEM · GitLab
                    • GOLEM tokamak / Dirigent · GitLab
                  • Logbooks
                    • 2022.pdf
                    • M1-12@Y2021.pdf
                  • Safety
                    • Provozni Pokyny tokamaku GOLEM
                    • Tokamak GOLEM Safety instructions
                • Publications
                  • High School Students` Professional Activities
                    • Students` Professional Activities (SPA). – Středoškolská odborná činnost
                    • Laurerova, M. et al.: Měření elektronové teploty na tokamaku GOLEM elektrickými sondami, 2020
                      • Martina Lauerová Měření elektronové teploty na tokamaku GOLEM - YouTube
                      • Laurerova, M. et al.: Měření elektronové teploty na tokamaku GOLEM elektrickými sondami, 2020
                  • Conferences
                    • European Conference on Plasma Diagnostics
                      • The 3rd. Lisbon, Portugal. 2019
                        • Conference Homepage
                        • Abstract
                        • Paper
                        • Poster
                        • Directory
                      • The 4th. Salamanca, Spain. 2021
                        • Conference homepage
                        • Abstract
                        • Paper
                        • Poster
                        • Directory
                    • European Conference on Plasma Physics
                      • The 37th. Dublin, Ireland. 2010
                        • Conference homepage
                        • Abstract
                        • Paper
                        • Poster
                        • Directory
                      • The 38th. Strasbourg, France. 2011
                        • Conference homepage
                        • Abstract
                        • Paper
                        • Poster
                        • Directory
                      • The 39th. Stockholm, Sweden. 2012
                        • Conference homepage
                        • Abstract
                        • Paper
                        • Poster
                        • Directory
                      • The 40th. Espoo, Finland. 2013
                        • Conference homepage
                        • Abstract
                        • Paper
                        • Poster
                        • Directory
                      • The 41st. Berlin, Germany. 2014
                        • Conference homepage
                        • Abstract
                        • Paper
                        • Poster
                        • Directory
                      • The 42nd. Lisbon, Portugal. 2015
                        • Conference homepage
                        • Abstract
                        • Paper
                        • Poster
                        • Directory
                      • The 43rd. Leuven, Belgium. 2016
                        • Conference homepage
                        • Abstract
                        • Paper
                        • Poster
                        • Directory
                      • The 44th. Belfast, Ireland. 2017
                        • Conference homepage
                        • Abstract
                        • Paper
                        • Poster
                        • Directory
                      • The 45th. Prague, Czech Republic. 2018
                        • Conference homepage
                        • Abstract
                        • Paper
                        • Poster
                        • Directory
                      • The 46th. Milan, Italy. 2019
                        • Conference homepage
                        • Abstract
                        • Paper
                        • Poster
                        • Directory
                      • The 47th. Online. 2021
                        • Conference homepage
                        • Abstract
                        • Paper
                        • Poster
                        • Directory
                      • The 48th. Maastricht, Netherlands. 2022
                        • Home | 48th EPS Conference on Plasma Physics
                    • High Temperature Plasma Diagnostics
                      • The 19th. Monterey, USA. 2012
                        • Abstract
                        • Paper
                        • Poster_1
                        • Poster_2
                    • IAEA conferences
                      • CDARPFR
                        • Ahmedabad, India. 2015
                          • Conference homepage
                          • Abstract
                          • Paper
                          • Directory
                      • CRP
                        • Vienna, Austria. 2013
                          • Abstract
                          • Paper
                          • Presentation
                          • Directory
                      • FEC
                        • San Diego, USA. 2012
                          • Conference homepage
                          • Abstract
                          • Paper
                          • Poster
                          • Directory
                      • RUSFD
                        • Prague, Czech Republic. 2015
                          • Conference homepage
                          • Abstract
                          • Presentation
                          • Directory
                        • Santiago de Chile, Chile. 2017
                          • Abstract
                    • IWORID
                      • Kolympari, Chania, Crete, Greece. 2019
                        • Conference homepage
                        • Paper
                    • KCSF
                      • Prague, Czech Republlic. 2020
                        • Conference homepage
                        • Abstract
                    • PhDiaFusion.pl
                      • Niepołomice Royal Castle, Poland. 2021
                        • Conference homepage
                        • Abstract
                    • REM
                      • Göteborg, Sweden. 2019
                        • Presentation
                    • SOFT
                      • The 26th. Porto, Portugal. 2010
                        • Conference homepage
                        • Abstract
                        • Paper
                        • Poster
                        • Directory
                      • The 27th. Liege, Belgium. 2012
                        • HTS
                          • Directory
                          • Poster
                          • Paper
                          • Abstract
                        • Iron Core Model
                          • Abstract
                          • Paper
                          • Poster
                          • Directory
                      • The 28th. San Sebastian, Spain. 2014
                        • Conference Homepage
                        • Iron Core Model
                          • Abstract
                          • Paper
                          • Poster
                          • Directory
                        • Stabilization
                          • Abstract
                          • Paper
                          • Poster
                          • Directory
                      • The 30th. Giardini Naxos, Italy. 2018
                        • Conference homepage
                        • Abstract
                        • Paper
                        • Poster
                        • Directory
                    • SPPT
                      • The 28th. Prague, Czech Republic. 2018
                        • Abstract
                        • Poster
                    • VEIT
                      • Belgium 2019
                        • Presentation
                        • Abstract
                        • Directory
                  • Journals
                    • Fusion Engineering and Design
                      • Homepage
                      • Multi-mode remote participation on the GOLEM tokamak
                        • Article
                        • Link
                      • Progress in application of high temperature superconductor in tokamak magnets
                        • Article
                        • Link
                      • Evaluation of applicability of 2D iron core model for two-limb configuration of GOLEM tokamak
                        • Article
                        • Link
                      • Development of 3D ferromagnetic model of tokamak core with strong toroidal asymmetry
                        • Article
                        • Link
                      • Remote operation of the vertical plasma stabilization @ the GOLEM tokamak for the plasma physics education
                        • Article
                        • Link
                      • Remote operation of the GOLEM tokamak for Fusion Education
                        • Article
                        • Link
                      • Runaway electrons diagnostics using segmented semiconductor detectors
                        • Article
                        • Link
                    • IEEE
                      • Homepage
                      • Remote demonstration of the GOLEM tokamak
                        • Article
                        • Link
                      • Online experimentation at the GOLEM tokamak
                        • Article
                        • Link
                      • First Measurement of X-rays Generated by Runaway Electrons in Tokamaks Using a TimePix3 Device with 1 mm thick Silicon Sensor
                        • Article
                        • Link
                      • Correlations in Signals Generated by Runaway Electrons in the GOLEM Tokamak measured using the Timepix3 Detection Modules
                        • Article
                    • Journal of Intelligent & Fuzzy Systems
                      • Data-driven disruption prediction in GOLEM Tokamak using ensemble classiers
                        • Article
                        • Link
                    • Journal of Instrumentation
                      • Homepage
                      • Study of Runaway Electrons in GOLEM Tokamak
                        • Article
                        • Link
                      • Runaway electron diagnostics using silicon strip detector
                        • Article
                        • Link
                      • Progress in HXR diagnostics at GOLEM and COMPASS tokamaks
                        • Article
                        • Link
                      • Detection of runaway electrons at the COMPASS tokamak using a Timepix3-based semiconductor detector
                        • Detection of runaway electrons at the COMPASS tokamak using a Timepix3-based semiconductor detector - IOPscience
                    • Journal of Fusion Energy
                      • Homepage
                      • Operational Domain in Hydrogen Plasmas on the GOLEM Tokamak
                        • Article
                        • Link
                      • MHD Mode Identification from Mirnov Coils Signals in Tokamak Via Combination of Singular Value Decomposition and Hilbert–Huang Transform Analysis Methods
                        • Article
                        • Link
                    • Journal of Physics: Conference Series
                      • Homepage
                      • Remote operation of the GOLEM tokamak with hydrogen and helium plasmas
                        • Article
                        • Link
                      • Magnetic turbulence and long-range correlation studies in the GOLEM tokamak
                        • Article
                        • Link
                    • Nuclear Fusion
                      • Homepage
                      • Contribution to fusion research from IAEA coordinated research projects and joint experiments
                        • Article
                        • Link
                    • Problems Of Atomic Science And Technology, Ser. Thermonuclear Fusion
                      • Homepage
                      • Hydrogen and helium discharges in the GOLEM tokamak
                        • Article
                    • Plasma Science and Technology
                      • Homepage
                      • Contribution of Joint Experiments on Small Tokamaks in the framework of IAEA Coordinated Research Projects to mainstream Fusion Research.
                        • Article
                        • Link
                    • Rozhledy matematicko-fyzikální
                      • Homepage
                      • Měření rotace plazmatu na tokamaku GOLEM
                        • Article
                    • Review of scientific instruments
                      • Low cost alternative of high speed visible light camera for tokamak experiments T. Odstrcil, M. Odstrcil, O
                        • Article
                        • Link
                    • Ukrainian Journal of Physics
                      • Breakdown phase in the GOLEM tokamak and its impact on plasma performance
                        • Article
                  • Bibliography
                  • GOLEM Tokamak Wiki - Contents
                  • Bachelor Projects
                    • Bachelor projects at the GOLEM Tokamak Wiki.
                • Tools
                  • Models
                    • Himmel, M., Grover, O. GOLEM Tokamak. March, 2021.
                • Education
                  • Training courses
                    • General Golem instructions to measure Electron energy confinement time
                  • Newcomers
                    • M. Lauerová. Vacuum system of tokamak GOLEM. YouTube. August 2022.
                • Operation
                  • Remote
                    • QR code for Master remote operation.pdf
                    • GOLEM remote - Control room
                  • Plasma position stabilization
                    • Regimes
                      • Discharge: --UBt 800 --Ucd 500 --Tcd 500 --pressure 15. November 2022.
                        • #40032. With stabilization. November 2022.
                        • #40031. Without stabilization. November 2022.
                • Miscellaneous
                  • Scientist
                    • N. Oswald. 15 Reasons to Be a Scientist. Bitesizebio.com. September 2007.
                    • N. Oswald. 10 Reasons NOT to be a Scientist. Bitesizebio.com. September 2007.
              • Showroom
                • Media
                  • CZ
                    • Vice. Nejmenší a nejstarší funkční tokamak na světě se nachází v Praze. April, 2018.
                    • Svoboda, V. et al. Tokamak GOLEM - populárně v různých médiích. 2013-
                  • EN
                    • Daniel Clery. Dig Fusion? Now You Can Call the Shots. Science. December 2010.
                    • Tokamak GOLEM @ FuseNet Teacher Day - central webinar. YouTube (from 0 to 18 minutes). 2020.
                • Skills
                  • Plasma discharge
                    • Discharge #5634 @ YouTube. May 2011.
                      • Discharge flash at Tokamak GOLEM | shot no. 5634 - YouTube. May 2011.
                      • Discharge #5634. May 2011.
                  • DB management
                    • Session overview. #36450 et al. April, 2021.
                  • Systematic measurements
                    • B_t scan for MHD activity. Golem No: 35902. February, 2021.
                • Discharges
                  • Text book
                    • #4665. Feb., 2011.
                    • #22471. Sept., 2016.
                    • #35842. Feb., 2021.
                  • Competition
                    • Currently the longest discharge #35842. Feb., 2021
                  • Media
                    • YouTube
                      • Discharge flash at Tokamak GOLEM | shot no. 5634 - YouTube
                      • Termojaderný GOLEM - YouTube
                      • GlowDischHIIstart90.avi - YouTube
                      • MAPPING FJFI TOKAMAK NnJ17 - YouTube
                      • Discharge with Preionization
                  • Full steam
                    • Golem #38975
                    • Golem #39182
                  • Strange
                    • Modest setup
                      • Golem #39013
                      • Golem #39029
                  • Exemplar
                    • Kropackova, D. Golem #39125 stabilized. May 2022
                  • Tuned regimes with stabilization
                    • Golem #39325 UBt 1150 Ucd 700
                • Events
                  • Remote operation of the GOLEM tokamak for ASPNF 2018
                  • Demonstrations
                    • World Pendulum Alliance - International Conference | Universidad Tecnológica de Panamá. October 2022.
                • Education
                  • High School students
                    • SOČ Inventory
                  • Electron energy confinement time measurement
                    • The GOLEM team: Electron energy confinement time calculation. The GOLEM wiki.
                    • The GOLEM team: Electron energy confinement time τE of a high temperature plasma at the GOLEM tokamak The GOLEM wiki
                  • Training courses - Dropbox
                • Technology
                  • Stabilization
                    • Kropackova, D. Commissioning both directions. Golem #37153. June 2021.
                    • Kropackova, D. #39125 High B regime. May 2022.
                  • Stabilization
                    • Golem #39125
                  • Vacuum
                    • M. Lauerová. Vacuum system of tokamak GOLEM. YouTube. August 2022.
                • Diagnostics
                  • Radiation
                    • FastCameras
                      • Golem #39125
                  • Magnetohydrodynamic
                    • MHDring_TM
                      • M. Ivánek. MHD session. Golem #35902 et al. February 2021.
                • Chronicle
                  • Proto Gallery System. April 2022.
                  • Tokamak Brno. September 2009.
                    • Tokamak Brno. September 2009.
                    • Repertoire
                  • Prujezd (Jan Stockel lecture room) reconstruction. 2019-2022.
                  • Special Guests
                • Špeky
                  • Easter egg. Golem #20000. October 2015.
                  • The GOLEM fun story. The GOLEM wiki.
                  • Základní (řádová) statistika celkové doby výboje k 30.11.2012. The GOLEM wiki.
                • GM Control room
                • Remote operation of the GOLEM tokamak for ASPNF 2018
                • Full steam example #39417. May 2022.
                • Global experimental setup
                • Golem team. Bibliography. 2009 -