- Experiments
- Runaways electrons
- Diagnostics
- Scintillation probes
- 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
- Commissioning
- Strip detector
- Reports
- Svihra, P. et al. : Runaway electrons diagnostics using segmented semiconductor detectors, 2019
- Tunkl, M. : Aplikace segmentovaných polovodičových detektorů pro diagnostiku ubíhajících elektronů, 2019
- Tunkl, M. : Development of a new runaway electron diagnostics method based on strip semiconductor detectors, 2020
- Novotný, L. et al. : Runaway electron diagnostics using silicon strip detector, 2020
- Svihra, P. : Aplikácia polovodičových pixelových detektorov, 2015
- Ideas
- Dhyani, P. :Design and Development of Probe for the Measurements of Runaway Electrons Inside the GOLEM Tokamak Plasma Edge. 2020
- GOLEM Tokamak Wiki
- Calorimeter
- Full steam
- Radiometer
- Physics
- Reports
- Dhyani, P. et al. : “Study of Runaway Electrons in GOLEM Tokamak”. In: Journal of Instrumentation 14.09 (2019)
- Matena, L. : HXR measurment on GOLEM tokamak - dependence on pressure II, 2012
- Sessions
- Library
- Production
- Electrostatic probes
- Langmuir probe
- Reports
- V-A charakteristika doutnavého výboje v Heliu
- Stockel,J. :Měření IV charakteristiky doutnavého výboje na tokamaku GOLEM metodou dvojité Langmuirovy sondy 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
- Dimitrova, M. LP swept in He plasma, radial scan. Golem #36880 et al. June, 2021
- Sessions
- Tunnel probe
- Rail probe
- Ball pen and Langmuir probes
- Sessions
- GOLEM Tokamak Wiki - Contents
- Photo gallery
- Ball-Pen probe
- Topics
- Laurerova, M. et al.: Měření elektronové teploty na tokamaku GOLEM elektrickými sondami, 2020
- Cipciar,D.:Ion temperature measurement on tokamak Golem 2020
- Dario Cipciar et al: Ion temperature measurement on tokamak Golem. Feb., 2021
- CASTOR
- 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
- Topics
- Fast Ion Temperature measurements
- Reports
- Initial analysis of BPP+LP experiment 2017
- 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
- Double rake probe
- General
- Text book results
- Tsviatko probe
- Ball pen probe
- Sessions
- Reports
- Direct observation of the Anomalous Doppler instability by the Ball Pen Probe.
- Direct observation of the “fan-like” instability by the Ball Pen Probe.
- Předběžný report z BPP experimentu 2017
- Předběžný report z BPP experimentu, 2017
- 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
- PetiProbe: Ball pen and Langmuir and Tunnel probes
- Reports
- Mácha,P.:Studium okrajového plazmatu v tokamacích pomocí pokročilých elektrických sond 2020
- Katka H: History of probe measurements on GOLEM. Golem wiki. December 2020.
- ShowRoom
- Magnetic measurements
- Magneto-hydrodynamic ring - TM
- Sessions
- Commisioning
- Set-up
- Photogallery
- Production
- MagneticIslands
- Limiter Mirnov Coils
- Reports
- Events
- Radiation Measurements
- Tomography
- Reports
- Löffelmann, V. : Seznamovací experimenty (praktika FTTF) 2014
- J. Chlum. Implementace tomografické inverze na tokamak GOLEM. Bachelor project. 2022
- FastSpectroscopy
- Reports
- Naydenkova, D. : Study of plasma in tokamak-type devices with spectroscopic methods, 2017
- Krbec, J. et al. : He-beam diagnostics, 2018
- Vácha, L. et al. : Plazmové výboje, 2018
- Shkut, M. : Spektroskopické studie, 2018
- 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
- 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
- Sessions
- Fast Cameras
- Bolometry
- Scintillation Probes
- Minispectrometer
- Break down studies
- Reports
- Stray magnetic field on GOLEM
- Stockel,J. :Rozptylové magnetické pole na tokamaku GOLEM 2009
- Stockel,J. et al :Plasma start-up at GOLEM 2020
- GOLEM breakdown report
- Jelínková,E.et al. :Breakdown Studies 2018
- Buaruk,S. et al. :Study of the toroidal magnetic foeld voltage and the current drive voltage in GOLEM tokamak
- Siusko,Y.: BREAKDOWN PHASE IN THE GOLEM TOKAMAK AND ITS IMPACT ON PLASMA PERFORMANCE 2021
- 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
- Svoboda,V. :The Best Plasma Performance on GOLEM 2011
- Marguet,F. :Study of avalanche phase on GOLEM tokamak 2013
- Stockel,J. :Plasma confinement in tokamaks 2009
- Library
- Valovič,M. et al. :A START UP DISCHARGE PHASE IN A CASTOR TOKAMAK
- 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
- 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
- Theory
- Stockel,J. :Plasma start-up in tokamaks 2010
- Topics
- Et, Bt orientation
- Unfavourable conditions
- Sessions
- Tokamak physics
- Energy Confinment Time
- Guirlet, R. et al. : Effect of UCD, UBt, P on energy confinement time, 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
- Zarzoso, D. et al. : 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
- Škálování globální doby udržení energie na GOLEMu, 2020
- Doba udržení, P(OH), Te(0) pro výboje, 2020
- Current Drive Effects
- Loarer, T et al. : Effects of Pressure and Current drive in GOLEM, 2018
- Ardiansyah, H. et al. :Variation of UB and UCD on Plasma Duration and Safety Value, 2018
- Hands-on activities: Tokamak GOLEM, 2019
- Optimization of drive current in GOLEM remote Tokamak, 2019
- Neo Alcator Scaling
- 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
- Dumont, R. et al. : The effect of plasma current on confinement time, 2017
- Influence of GOLEM tokamak operating parameters on plasma currents, 2018
- Plasma LifeTime Issues
- Hillairet, J. et al. : Electron Temperature & Plasma Life Time
- Pressure Effects
- Loarer, T et al. : Effects of Pressure and Current drive in GOLEM, 2018
- Safety Factor
- 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
- Temperature Issues
- 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
- Ardiansyah, H. et al. :Variation of UB and UCD on Plasma Duration and Safety Value, 2018
- Dhungana, S. et al. : Capacitor voltage relations
- Tripple Product
- 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
- Stockel, J.; Svoboda, V. : How to reach good plasma on GOLEM?
- Other working gases
- He plasma
- 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.
- Comparison
- Technological Issues
- Reports
- Leitl, B. : Wall conditioning metody na tokamaku GOLEM - Spektrometrie doutnavého výboje, 2016
- Farník, M. : Závislost hustoty na ostatních parametrech plazmatu na tokamaku GOLEM, 2018
- Čeřovský, J. : Plasma position measurements and vertical stabilization at Golem, 2019
- Weldon, D. et al. : Plasma stabilization (GOMTRAIC), 2019
- Svoboda, V. et al. : Remote operation of the vertical plasma stabilization @ the GOLEM tokamak for the plasma physics education, 2015
- Munzar, V. : Měření netěsnosti v tokamaku Golem, 2016
- Bt Ecd orientation
- MW plasma
- Reports
- 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
- Microwave pre-ionization
- Plasma position stabilization
- MIlestones
- Commissioning
- ShowRoom
- Operational test discharges
- Working Gas
- Current Stabilization
- Complex measurements
- 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. : 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
- Biasing experiments
- Sessions
- Library
- Horáček,J. :Turbulent structures in tokamak plasma 2000
- Photo gallery
- Reports
- Scans
- Golem
- Diagnostics
- Basic
- Radiation
- Fast cameras
- Spectrometry
- SXR-Bolometry
- UV spectrometry
- Electrostatic probes
- Microwaves
- Interferometry
- SXR-Bolometry
- Chronicle
- The very first discharge at the Golem tokamak #4
- Training courses
- Universities
- MEPhI_Moscow.ru
- CTU_Prague.cz
- BUTE_Budapest.hu
- TU_Turin.it
- NUCE_PSU.us
- Workshops
- Cadarache winter Hands on projects
- École de la physique du plasma et de la fusion dans la région MENA.
- Experiments
- Events
- Public Relations
- How to
- Data access for GOLEM
- Data proccessing at GOLEM
- Postdischarge scripts
- Long Term Analysis
- General SW
- Latex
- Computer Algebra Systems
- Linux
- nano text editor
- Bash
- tools
- Ubuntu
- python
- Miscellaneous
- GOLEM tools
- Miscellaneous
- Library
- HW
- Oscilloscopes
- Amplifiers
- Misc
- Tools
- Vacuum
- Mass spectrometer
- Components
- Seals
- Optical Feedthroughs
- Flanges
- Optical Instruments
- Accessories
- Fast Cameras
- IR cameras
- RelayBoards
- DAS
- Global experimental set-up
- Infrastructure
- Biasing probe
- Bt electrical circuit
- Chamber
- Production
- Tools
- Education
- Training courses
- Newcomers
- Presentations
- Miscellaneous
- Showroom
- Media
- Skills
- Plasma discharge
- Discharge #5634 @ YouTube. May 2011.
- DB management
- Systematic measurements
- Under construction
- Discharges
- Text book
- Competition
- Full steam
- Strange
- Tuned regimes with stabilization
- Comparisons
- Vacuum vs. Plasma discharges
- #39187 vs. #39109. May 2022
- With and without position stabilization
- #40031 vs. #40032. November 2022
- Working gasses
- Plasma regime optimization
- Last 1k charts
- Events
- Education
- Technology
- Stabilization
- Stabilization
- Vacuum
- Diagnostics
- Radiation
- FastCameras
- HXR
- Spectrometry
- Particle flux
- Miscellaneous
- Magnetic
- Magnetohydrodynamic
- Poloidal magnetic field
- Chronicle
- Špeky
- Publications
- High School Students` Professional Activities
- Students` Professional Activities (SPA). – Středoškolská odborná činnost
- M. Laurerova (K.Hromasová): Měření elektronové teploty na tokamaku GOLEM elektrickými sondami. 2020
- M. Pokorný. (P. Mácha). Měření a simulace polohy plazmatu na tokamaku GOLEM. 2023
- Kalea Wan (Jana Brotánková).The Kadomstev-Rosenbluth Initiative. Global Talent Mentoring Program by the World Giftedness Center. 2022
- Conferences
- European Conference on Plasma Diagnostics
- The 3rd. Lisbon, Portugal. 2019
- The 4th. Salamanca, Spain. 2021
- European Conference on Plasma Physics
- The 37th. Dublin, Ireland. 2010
- The 38th. Strasbourg, France. 2011
- The 39th. Stockholm, Sweden. 2012
- The 40th. Espoo, Finland. 2013
- The 41st. Berlin, Germany. 2014
- The 42nd. Lisbon, Portugal. 2015
- The 43rd. Leuven, Belgium. 2016
- The 44th. Belfast, Ireland. 2017
- The 45th. Prague, Czech Republic. 2018
- The 46th. Milan, Italy. 2019
- The 47th. Online. 2021
- The 48th. Maastricht, Netherlands. 2022
- High Temperature Plasma Diagnostics
- The 19th. Monterey, USA. 2012
- IAEA conferences
- CDARPFR
- CRP
- FEC
- RUSFD
- Prague, Czech Republic. 2015
- Santiago de Chile, Chile. 2017
- IWORID
- Kolympari, Chania, Crete, Greece. 2019
- KCSF
- Prague, Czech Republlic. 2020
- PhDiaFusion.pl
- Niepołomice Royal Castle, Poland. 2021
- REM
- SOFT
- The 26th. Porto, Portugal. 2010
- The 27th. Liege, Belgium. 2012
- The 28th. San Sebastian, Spain. 2014
- The 30th. Giardini Naxos, Italy. 2018
- SPPT
- The 28th. Prague, Czech Republic. 2018
- VEIT
- Journals
- Fusion Engineering and Design
- Homepage
- Multi-mode remote participation on the GOLEM tokamak
- Progress in application of high temperature superconductor in tokamak magnets
- Evaluation of applicability of 2D iron core model for two-limb configuration of GOLEM tokamak
- Development of 3D ferromagnetic model of tokamak core with strong toroidal asymmetry
- Remote operation of the vertical plasma stabilization @ the GOLEM tokamak for the plasma physics education
- Remote operation of the GOLEM tokamak for Fusion Education
- Runaway electrons diagnostics using segmented semiconductor detectors
- IEEE
- Homepage
- Remote demonstration of the GOLEM tokamak
- Online experimentation at the GOLEM tokamak
- First Measurement of X-rays Generated by Runaway Electrons in Tokamaks Using a TimePix3 Device with 1 mm thick Silicon Sensor
- Correlations in Signals Generated by Runaway Electrons in the GOLEM Tokamak measured using the Timepix3 Detection Modules
- Journal of Intelligent & Fuzzy Systems
- Data-driven disruption prediction in GOLEM Tokamak using ensemble classiers
- Journal of Instrumentation
- Homepage
- Study of Runaway Electrons in GOLEM Tokamak
- Runaway electron diagnostics using silicon strip detector
- Progress in HXR diagnostics at GOLEM and COMPASS tokamaks
- Detection of runaway electrons at the COMPASS tokamak using a Timepix3-based semiconductor detector
- Journal of Fusion Energy
- Homepage
- Operational Domain in Hydrogen Plasmas on the GOLEM Tokamak
- MHD Mode Identification from Mirnov Coils Signals in Tokamak Via Combination of Singular Value Decomposition and Hilbert–Huang Transform Analysis Methods
- Journal of Physics: Conference Series
- Homepage
- Remote operation of the GOLEM tokamak with hydrogen and helium plasmas
- Magnetic turbulence and long-range correlation studies in the GOLEM tokamak
- Nuclear Fusion
- Homepage
- Contribution to fusion research from IAEA coordinated research projects and joint experiments
- Petr Macha et al. Spontaneous formation of a transport barrier in helium plasma in a tokamak with circular configuration. In: Nuclear Fusion (Aug. 2023).
- Problems Of Atomic Science And Technology, Ser. Thermonuclear Fusion
- Homepage
- Hydrogen and helium discharges in the GOLEM tokamak
- Plasma Science and Technology
- Homepage
- Contribution of Joint Experiments on Small Tokamaks in the framework of IAEA Coordinated Research Projects to mainstream Fusion Research.
- Rozhledy matematicko-fyzikální
- Homepage
- Měření rotace plazmatu na tokamaku GOLEM
- Review of scientific instruments
- Low cost alternative of high speed visible light camera for tokamak experiments T. Odstrcil, M. Odstrcil, O
- Ukrainian Journal of Physics
- Breakdown phase in the GOLEM tokamak and its impact on plasma performance
- Bibliography
- GOLEM Tokamak Wiki - Contents
- Bachelor Projects
- Experiments
- 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 -
- Systematic measurements - MHD - Bt scan - Golem No: 35902 et al.
- Discharge flash at Tokamak GOLEM | shot no. 5634 - YouTube
- tokamak--do_kapsy--sunkovy_zavitek.mp3
- #2024 new regime: Golem #45912