Redirect to:
[[link]]s). However, do not replace these redirected links with a simpler link unless the page is updated for another reason (see WP:NOTBROKEN).notation) guided tokamak development: tokamaks with q > 1 strongly suppressed these instabilities. By the mid-1970s, dozens of tokamaks were in use around...
Click to read more »monumental potential benefits. Furthermore, the main line of research via tokamaks has been developed to the point that it is now possible to undertake the...
Click to read more »Advanced Superconducting Tokamak (EAST), also known as HT-7U (Hefei Tokamak 7 Upgrade), is an experimental superconducting tokamak magnetic fusion energy...
Click to read more »Look up tokamak in Wiktionary, the free dictionary. A tokamak is a fusion reactor device. Tokamak may also refer to: Tokamak de Fontenay aux Roses, the...
Click to read more »(Russia) currently running. Spherical tokamaks have improved stability properties compared to conventional tokamaks and as such the area is receiving considerable...
Click to read more »studying the operations of tokamaks as A was reduced. They noticed, based on magnetohydrodynamic considerations, that tokamaks were inherently more stable...
Click to read more »October 2022, the UKAEA and Tokamak Energy announced a five-year framework agreement to collaborate on developing spherical tokamaks for power generation. The...
Click to read more »2009-11-25. Archived from the original on 2009-11-25. "All-the-Worlds-Tokamaks". tokamak.info. Yoshikawa, M. (2006-10-02). "JT-60 Project". Fusion Technology...
Click to read more »electric currents and magnetic fields than were previously possible. Previous tokamaks used copper or low-temperature superconducting magnets that need to be...
Click to read more »Tokamaks, and fusors. In ICF systems, firing a second beam into a gold foil adjacent to the target makes x-rays that traverse the plasma. In tokamaks...
Click to read more »tokamak is shaped more like a cored apple than the conventional, doughnut-shaped toroidal design used by experiments such as ITER. Spherical tokamaks...
Click to read more »tokamaks. Research continued in Germany and Japan, addressing many of the original problems, and began to approach the performance of early tokamaks....
Click to read more »The beta limit, for example, sets the maximum achievable plasma beta in tokamaks. On the other hand, small-scale plasma instabilities (typically described...
Click to read more »designs, and has led to the class of machines known as "advanced tokamaks." Advanced tokamaks are characterized by operation at high plasma β through strong...
Click to read more »operation ("standard scenario") for the ITER tokamak. The COMPASS tokamak is one of the smallest tokamaks able to operate in H-mode, with a major radius...
Click to read more »42°32′37″N 71°37′38″W / 42.5437°N 71.6271°W / 42.5437; -71.6271 SPARC is a tokamak under development by Commonwealth Fusion Systems (CFS) in collaboration...
Click to read more »2022. Azizov, E A (28 February 2012). "Tokamaks: from A D Sakharov to the present (the 60-year history of tokamaks)". Physics-Uspekhi. 55 (2): 190–203....
Click to read more »times and sawtooth period times for smaller tokamaks with relatively small Lundquist numbers. In large tokamaks with larger Lundquist numbers, sawtooth relaxations...
Click to read more »clean‑energy innovation hub. STEP uses a spherical tokamak configuration—a compact alternative to conventional tokamaks—to confine a deuterium–tritium plasma using...
Click to read more »Department of Atomic Energy, India. It belongs to a new generation of tokamaks with the major objective being steady state operation of an advanced configuration...
Click to read more »Spherical Tokamak Experiment (Portuguese: ETE - Experimento Tokamak Esférico) is a machine dedicated to plasma studies in low aspect ratio tokamaks. The ETE...
Click to read more »test theories about how Tokamaks would behave in a high-performance, steady-state regime. TPX was to be the successor to the Tokamak Fusion Test Reactor (TFTR)...
Click to read more »not need superconducting magnets, providing a significant advantage over tokamaks. Superconducting magnets are delicate, expensive, and must be shielded...
Click to read more »the Mega Ampere Spherical Tokamak (MAST) and the now closed Joint European Torus (JET) and Small Tight Aspect Ratio Tokamak (START). Formerly known as...
Click to read more »needed for confinement. In practice, most tokamaks operate at beta of order 0.01, or 1%. Spherical tokamaks typically operate at beta values an order...
Click to read more »computations and to assess the stability of the resulting plasma. Like most tokamaks, the machine uses a combination of RF heating and neutral beam injection...
Click to read more »machine in production when the JET design began. JET was one of the first tokamaks to be designed to use a D-shaped vacuum chamber. This was initially considered...
Click to read more »reactor's energy. ELM is a major challenge in magnetic fusion research with tokamaks, as these instabilities can: Damage wall components (in particular divertor...
Click to read more »The Tokamak de Fontenay-aux-Roses (TFR) was the first French tokamak, built in a research centre of the French Atomic Energy Commission (CEA) in Fontenay-aux-Roses...
Click to read more »The GLAss Spherical Tokamak (or GLAST) is a name given to a set of small spherical tokamaks (i.e. magnetic confinement fusion reactors) located in Islamabad...
Click to read more »JT-60 (short for Japan Torus-60) is a large research tokamak, the flagship of the Japanese National Institute for Quantum Science and Technology's fusion...
Click to read more »understanding of High-Energy Atmospheric Physics. They are also seen in tokamak fusion devices, where they can damage the reactors. Runaway electrons are...
Click to read more »The Tokamak Fusion Test Reactor (TFTR) was an experimental tokamak built at Princeton Plasma Physics Laboratory (PPPL) circa 1980 and entering service...
Click to read more »Aditya (spacecraft), an Indian solar research spacecraft ADITYA (tokamak), a tokamak fusion experiment All pages with titles beginning with Aditya All...
Click to read more »Indian tokamak device. It is India's first privately developed low aspect ratio tokamak device designed by the Pranos Fusion Energy. It is a tiny tokamak device...
Click to read more »The Frascati Tokamak Upgrade (FTU) is a tokamak operating at Frascati, Italy. Building on the Frascati Tokamak experiment, FTU is a compact, high-magnetic-field...
Click to read more »Plasma Center, the TCV tokamak explores the physics of magnetic confinement fusion. It distinguishes itself from other tokamaks with its specialized plasma...
Click to read more »in Innsbruck that fall. As was the case for both ZETA and the original tokamaks, the news was too good to keep bottled up, and the story began appearing...
Click to read more »Magnetically confined fusion plasmas such as those generated in tokamaks and stellarators are characterized by a typical shape. Plasma shaping is the study...
Click to read more »experiments List of fusion power technologies List of nuclear science journals Tokamak Inertial confinement fusion ITER Nuclear fusion reactor Laboratory for...
Click to read more »C-Mod tokamak that plasma-wall contact was much larger than expected, revealing missing transport mechanism/physics in the edge/SOL in tokamaks. Boedo...
Click to read more »the actinides. Fusion power seeks to use fusion for energy development; tokamaks and stellarators are the dominant designs in magnetic confinement fusion...
Click to read more »and a scientific energy gain above one on December 5, 2022. Multiple tokamaks are currently under construction with the goal of becoming the first magnetically...
Click to read more »performance on their tokamaks generated intense scepticism, and to test it, PPPL's Model C stellarator was converted to a tokamak. It verified the Soviet...
Click to read more »ADITYA is a medium size tokamak installed at the Institute for Plasma Research in India. Its construction began in 1982, and it was commissioned in 1989...
Click to read more »Steady-state Tokamak, (formerly Tore Supra) is a French tokamak that originally began operating as Tore Supra after the discontinuation of TFR (Tokamak of Fontenay-aux-Roses)...
Click to read more »is a proposed tokamak fusion reactor, which uses a magnetic field in order to confine plasma and generate energy. As of 2015, tokamak devices are leading...
Click to read more »plans developed during the late 1970s. At the time, a number of very large tokamaks were under construction with the goal of reaching breakeven, which was...
Click to read more »day fusion devices capable of establishing a diverted configuration. In tokamaks, high confinement mode plasmas are more readily achieved in diverted configurations...
Click to read more »notation) that guided tokamak development; by arranging the reactor so this critical factor q was always greater than 1, the tokamaks strongly suppressed...
Click to read more »high-confinement mode (H-mode) is a phenomenon observed in toroidal plasmas such as tokamaks where the particle and energy confinement is significantly enhanced. Toroidal...
Click to read more »Prize for successfully demonstrating that neoclassical tearing modes in tokamaks can be stabilized by electron cyclotron resonance heating, which is an...
Click to read more »granting her superhuman strength, enhanced durability, and a healing factor. Tokamak is a character appearing in American comic books published by DC Comics...
Click to read more »The Divertor Tokamak Test (DTT) is a planned superconducting tokamak currently under construction in Frascati, Italy. It is set to be operated by the...
Click to read more »HH70 was designed to be smaller and more cost-effective than conventional tokamaks by using high-temperature superconductors. The company completed construction...
Click to read more »2024-11-06. Azizov, E A (2012-02-28). "Tokamaks: from A D Sakharov to the present (the 60-year history of tokamaks)". Physics-Uspekhi. 55 (2). Uspekhi Fizicheskikh...
Click to read more »group focused on investigating instabilities and transport barriers in tokamaks and dynamical systems. An upgrade in the TCABR is also being conducted...
Click to read more »the world, and it remains the most studied device in the fusion field. Tokamaks are toroidal pinch machines. The key difference is the relative strengths...
Click to read more »magnetic fusion devices such as tokamaks. The efficiency of RMPs for controlling ELMs was first demonstrated on the tokamak DIII-D in 2003. Normally the...
Click to read more »SUNIST (or Sino-UNIted Spherical Tokamak) is a small spherical tokamak in the Department of Engineering Physics of Tsinghua University, Beijing, China...
Click to read more »The Compact Ignition Tokamak (CIT) was a plasma physics experiment that was designed but not built. It was designed by an inter-organizational team in...
Click to read more »Thailand Tokamak-1 (or TT-1) is a small research tokamak operated by the Thailand Institute of Nuclear Technology in Nakhon Nayok province, Thailand....
Click to read more »stronger fields in the middle. A.D. Sakharov's group constructed the first tokamaks. The most successful were the T-3 and its larger version T-4. T-4 was tested...
Click to read more »behind in the fusion race. At first, the labs refused to consider building tokamaks, presenting a laundry list of reasons why they were inferior. In May 1969...
Click to read more »first plasma was achieved in June 2008. KSTAR is one of the first research tokamaks in the world to feature fully superconducting magnets, which again will...
Click to read more »The T-15 (or Tokamak-15) is a Russian (previously Soviet) nuclear fusion research reactor located at the Kurchatov Institute, which is based on the (Soviet-invented)...
Click to read more »enabled the company to reduce the size of the HH70 tokamak to two percent of conventional tokamaks. Cuprate superconductor List of superconductors Jha...
Click to read more »range of physical phenomena occurring in fusion plasmas in devices such as tokamaks and stellarators. The Grad-Shafranov equation, derived from ideal MHD,...
Click to read more »University as a Harkness Fellow and was awarded a PhD in 1985 for research into tokamaks supervised by Russell Kulsrud. Following his PhD, Cowley completed postdoctoral...
Click to read more »In particular the equation is useful for describing turbulence in some tokamaks. The equation was introduced in Hasegawa and Mima's paper submitted in...
Click to read more »Stellarators, Inc., Branchburg, NJ) Realta Fusion, Inc. (Madison, WI) Tokamak Energy, Inc. (US subsidiary of UK-based company, Bruceton Mills, WV) Type...
Click to read more »Laboratory. The magneto-hydro-dynamic limit (MHD) was an operational limit of tokamaks, with START being no exception. The START team would test the MHD using...
Click to read more »of nuclear weapons and nuclear fusion. He is known for coining the term Tokamak. Igor Golovin was born in Moscow on 12 March 1913 to Nikolai Alexandrovich...
Click to read more »the leading plasma physics organization of India and houses the largest tokamak of India - SST1. IPR plays a major scientific and technical role in Indian...
Click to read more »model predicting the challenges posed by Edge Localized Modes (ELMs) to tokamaks, including the international fusion experiment, ITER. Collaborating with...
Click to read more »used in many publications related to theory and experiments conducted in tokamaks such as Joint European Torus in the UK; ASDEX Upgrade and TEXTOR Forschungszentrum...
Click to read more »Lausanne, titled as follows : "Measuring the electron energy distribution in tokamak plasmas from polarized electron cyclotron radiation". In June 2023, Arsene...
Click to read more »HL-2M or HL-3 is a research tokamak at the Southwestern Institute of Physics in Chengdu, China. It was completed on November 26, 2019 and commissioned...
Click to read more »name is Mirnov coil. Mirnov oscillations have been extensively studied in tokamaks as they provide information about the plasma instabilities that occur within...
Click to read more »{d}{dA}}\left(p+{\frac {B_{z}^{2}}{2\mu _{0}}}\right).} This derivation is only used for Tokamaks, but it can be enlightening. Using the definition of 'The Theory of Toroidally...
Click to read more »analyses of data from successive generations of tokamaks. The better the energy confinement in a tokamak, the less external power would be required to heat...
Click to read more »DYNAMICS IN TOKAMAK PLASMAS". farside.ph.utexas.edu. Retrieved 2024-08-06. Zohm, Hartmut (2015). Magnetohydrodynamic Stability of Tokamaks. Wiley-VCH....
Click to read more »National Ignition Facility, the Sandia Z-pinch machine, or various magnetic tokamaks. Regardless of any claimed advantages of pure fusion weapons, building...
Click to read more »Institute/Location ASDEX Upgrade Tokamak IPP Garching, Germany TCV Tokamak Tokamak École polytechnique fédérale de Lausanne, Switzerland WEST Tokamak CEA, France MAST...
Click to read more »made. Compact toroids are also similar to the spherical tokamak, and many spherical tokamak machines were converted from earlier spheromak reactors....
Click to read more »potentially handle the high power densities expected on reactor walls. All major tokamaks have obtained their best performance under low recycling conditions. If...
Click to read more »of São Paulo (2000–2016), where he oversaw the operation of the TCABR tokamak. In August 2019, he was removed from his position as Director-General of...
Click to read more »— — 10 7 Tokamak 1983 JT-60U 40 3 4 7 8 Tokamak 1985 TFTR 40 — — 11 — Tokamak 1982 EAST 8 — 0.5 3 4 Tokamak 2006 DIII-D 20 — 5 4 — Tokamak 1986 AUG 20...
Click to read more »capital, i.e., insufficient investment to go beyond prototypes, as DEMO tokamaks will need to develop new supply chains and are labor intensive. The 2019...
Click to read more »sound: the phonon; and in 1951, together with Andrei Sakharov, proposed the Tokamak system. Igor Tamm was born in 1895 in Vladivostok into the family of Eugene...
Click to read more »Ignitor is the Italian name for a proposed tokamak device, developed by ENEA. The project was abandoned in 2022. Started in 1977 by Prof. Bruno Coppi...
Click to read more »2025. Staff (2009–2025). "Tokamak Energy: Delivering transformative fusion energy and superconducting technologies". Tokamak Energy Ltd. Abingdon, Oxfordshire...
Click to read more »for construction and operation of a tokamak reactor Alcator A, the first in a series of small, high-field tokamaks, followed by Alcator C (1978) and Alcator...
Click to read more »is called the bootstrap current, and is commonly found in tokamak fusion devices. The tokamak uses a combination of external magnets and a current driven...
Click to read more »The spherical tokamak design implemented by NSTX is an offshoot of the conventional tokamak. Proponents claim that spherical tokamaks have dramatic practical...
Click to read more »location of Experimental Advanced Superconducting Tokamak, an experimental superconducting tokamak magnetic fusion energy reactor. Hefei is a leading...
Click to read more »Alfvén Prize (2008) Maxwell Prize (2012) Bruno Coppi design of high field tokamaks Maxwell Prize (1987) Sir Steven Cowley astrophysical and turbulent plasmas...
Click to read more »Laboratory in Livermore, California Experimental Advanced Superconducting Tokamak, at the Hefei Institutes of Physical Science in Hefei, China Znamya (space...
Click to read more »Strumberger, E; Tekle, D; Lackner, K (2008-11-03). "Three-dimensional effects in tokamaks". Plasma Physics and Controlled Fusion. 50 (12) 124004. IOP Publishing...
Click to read more »generation) in 1960. The Dreicer field is an important parameter in the study of tokamaks to suppress runaway generation in nuclear fusion. The Dreicer field is...
Click to read more »researchers confirmed that the USSR's T-3 tokamak was reaching 1000 eV, the Model C was converted to the Symmetrical Tokamak, and stellarator development at PPPL...
Click to read more »accelerated spheromaks as a way to refuel tokamaks. Others studied the use of spheromaks to inject helicity into tokamaks, eventually leading to the Helicity...
Click to read more »of MW in large Tokamaks. Early experiments in the PV Rotamak sought to characterize the difference between FRC and Spherical tokamak configurations....
Click to read more »Dean were excited by the huge performance advance seen in the Soviet tokamaks, which suggested power production was now a real possibility. Hirsch began...
Click to read more »band Accretion disk Active galactic nucleus Adiabatic invariant ADITYA (tokamak) Aeronomy Afterglow plasma Airglow Air plasma, Corona treatment, Atmospheric-pressure...
Click to read more »as the EAST Tokamak in Hefei, as well as advance experimental projects including the Burning Plasma Experimental Superconducting Tokamak and the CFETR...
Click to read more »GYRO is a computational plasma physics code developed and maintained at General Atomics. It solves the 5-D coupled gyrokinetic-Maxwell equations using...
Click to read more »leadership in the field of fusion energy. He is currently the head of Tokamak Experimental Sciences at the U.S. Department of Energy's (DOE) Princeton...
Click to read more »31.85°N 117.27°E / 31.85; 117.27 HT-7, or Hefei Tokamak-7, is an experimental superconducting tokamak nuclear fusion reactor built in Hefei, China, to...
Click to read more »used as a nuclear fusion fuel, along with more abundant deuterium, in tokamak reactors and is a vital component in hydrogen bombs. Tritium has also been...
Click to read more »probe collector. Ball-pen probes are used in plasma physics, notably in tokamaks such as CASTOR, ASDEX Upgrade, COMPASS, ISTTOK, MAST, TJ-K, RFX, H-1 Heliac...
Click to read more »description of collisional transport in toroidal plasmas, usually found in tokamaks or stellarators. It is a modification of classical diffusion adding in...
Click to read more »the simpler machines of the 1950s and 1960s. Compared to the more common tokamak, these were much more difficult to design and build, but produced far more...
Click to read more »SPARC (secreted protein, acidic and rich in cysteine) SPARC (tokamak), a proposed compact tokamak fusion experiment to be built by Commonwealth Fusion Systems...
Click to read more »the pinch concept to develop the tokamak device. Unlike the stabilized pinch devices in the US and UK, the tokamak used considerably more energy in the...
Click to read more »China's Silicon Valley. He initiated the project to create China's first tokamak device in 1973. Chen Chunxian was born in 1934 in Sichuan Province, China...
Click to read more »summer of 1968, the Soviets presented three more years of data from their tokamaks that showed them beating Bohm by 50 times and producing temperatures about...
Click to read more »enzyme Serial transverse enteroplasty, a surgical procedure Spherical Tokamak for Energy Production, a UK nuclear fusion project STEP (satellite), to...
Click to read more »January Researchers operating China's Experimental Advanced Superconducting Tokamak (EAST) report the first experimental verification of a theorised density-free...
Click to read more »power plant. ASDEX Upgrade is, compared to other international tokamaks, a midsize tokamak experiment. It began operation in 1991 and it succeeds the ASDEX...
Click to read more »plasma confinement. The publication of the results from the T-3 and TM-3 tokamaks reenergized the fusion field. This design, a simple but important variation...
Click to read more »particles and associated plasma instabilities in compact tori and spherical tokamaks". Rosen, Raphael (September 7, 2015), "Scientists propose an explanation...
Click to read more »iron core transformer. Its particularity is that it is one of the few tokamaks operating in AC (alternating plasma current) regime, as well in DC regime...
Click to read more »Tokamak (MAST) at Culham Centre for Fusion Energy. Melanie showed that MAST plasmas may be more unstable to vertical disruptions than other tokamaks due...
Click to read more »magnets used in particle accelerators and plasma confining magnets in some tokamaks. They can also be used for magnetic separation, where weakly magnetic particles...
Click to read more »between the plasma and the wall. Neutral beams are known to drive current in Tokamaks by directly injecting charged particles. FRCs can also be formed, sustained...
Click to read more »Science Exploration on the Moon" (PDF). ntrs.nasa.gov. Wesson, John (2011). Tokamaks (4th ed.). Oxford University Press. p. 217. ISBN 9780199592234. Rider,...
Click to read more »Arzimowitsch, was a Soviet physicist known for his contributions to the Tokamak— a device that produces controlled thermonuclear fusion power. Prior to...
Click to read more »Alcator C-Mod was a tokamak (a type of magnetically confined fusion device) that operated between 1991 and 2016 at the Massachusetts Institute of Technology...
Click to read more »international nuclear fusion project currently in progress is ITER, a large tokamak under construction in France. ITER is planned to pave the way for commercial...
Click to read more »1964), Solomon Islands politician Eteuati Ete, New Zealand actor ETE (tokamak) at the National Institute for Space Research in Brazil Ete, Hungary National...
Click to read more »National Ignition Facility. It also operates DIII-D, the largest active tokamak in the US. It developed and maintains the TRIGA series of nuclear research...
Click to read more »PROTO is a proposed nuclear fusion reactor to be implemented after 2050, a successor to the ITER and DEMO projects. It is part of the European Commission...
Click to read more »Rosenbluth-Hinton flows), a key result for understanding turbulence in tokamaks. Upon his retirement, he took on the responsibility of chief scientist...
Click to read more »Russian plasma physicist who worked on controlled fusion problems (e.g. tokamaks). He developed a theory of transport phenomena in turbulent plasmas and...
Click to read more »HL-2A (Huan-Liuqi-2A) is a medium-sized tokamak for fusion research in Chengdu, China. It was constructed by the China National Nuclear Corporation from...
Click to read more »Spectroscopy, a particle physics experiment at CERN COMPASS tokamak, an experimental facility of Tokamak department of Institute of Plasma Physics AS CR Grid...
Click to read more »configuration for terrestrial fusion is the tokamak, a form of magnetic confinement fusion. Currently tokamaks weigh a great deal, so the thrust to weight...
Click to read more »completed her Ph.D. in 1982. Her doctoral dissertation, Shear Alfvén Waves in Tokamaks, was jointly supervised by John Tataronis and Keith Symon. Phillips became...
Click to read more »published research on the physics and mitigation of runaway electrons in tokamaks. 1998: Awarded the Ernst Mach Honorary Medal for Merit in the Physical...
Click to read more »engineering technology of tokamak fusion reactors. The centrepiece of CCFE's programme is the MAST Upgrade spherical tokamak experiment - the successor...
Click to read more »Prague. She has worked on plasma physics, thermonuclear fusion, fusion (tokamak, stellarator), reversed field pinch and artificial intelligence. She is...
Click to read more »spheroid instead of a tokamak configuration, with no central core, or large, complex superconducting magnets as in many tokamaks, e.g., ITER. The magnetic...
Click to read more »create those temperatures at the same time. ITER aims to do both. As for tokamaks, there is a special motivation for using the triple product. Empirically...
Click to read more »simulations to model the effects of breakdowns of plasma confinement in tokamaks, and to model plasma density snakes, a common type of instability in confined...
Click to read more »communication (PLC) Princeton Large Torus, an early nuclear fusion reactor (tokamak), in Princeton, New Jersey, United States, operational from 1975 to 1986...
Click to read more »nanomaterials. Hall-effect thruster Solar plasma Plasma spraying Plasma in a tokamak Laboratory plasma Chemistry portal Physics portal Science portal List of...
Click to read more »employed his theory to elucidate the failure of nuclear fusion experiments in tokamaks, asserting that conventional scientific paradigms lacked rational explanations...
Click to read more »ISBN 978-0-12-407861-1. Tang, W. M. (January 2011). "Microinstability theory in tokamaks". Nuclear Fusion. 18 (8): 1089. doi:10.1088/0029-5515/18/8/006. Austin...
Click to read more »HT-7U, internal designation for Experimental Advanced Superconducting Tokamak One of the possible sizes of a rack unit, 10.50-inches (266.70mm) nominal...
Click to read more »Grove Michael Chasseur 11 episodes 2015–2016 The Flash Henry Hewitt / Tokamak 3 episodes 2016 Incorporated Mason 1 episode 2017 Chicago Justice Marshall...
Click to read more »its resistance, as occurs in the induced poloidal magnetic field of a tokamak. Efficiency decreases as the plasma temperature increases. The mechanism...
Click to read more »plasma column in a tokamak configuration; this led to the world-wide programme of experimental exploration and development of the tokamak concept for magnetic...
Click to read more »Hewitt used the data he had gathered to transform himself into the villain Tokamak. Brainwashed into attacking Firestorm, Firehawk was defeated, after which...
Click to read more »understanding and controlling instabilities in the plasma fuel within tokamak fusion devices. He received his PhD in 2008. Chapman continued his plasma...
Click to read more »do not natively provide COLLADA support including JigLib, OpenTissue, Tokamak physics engine and True Axis. PAL also provides support for COLLADA to...
Click to read more »during 2017–2019, and then as interim Director of the STEP (Spherical Tokamak for Energy Production) fusion reactor programme 2019–2020. "Professor Howard...
Click to read more »electricity." The ARC design incorporates major departures from traditional tokamaks, while retaining conventional D–T (deuterium - tritium) fuel. To achieve...
Click to read more »being explored, including magnet-based machines like stellarators and tokamaks, as well as laser, linear device, and advanced fuel approaches; the timeline...
Click to read more »LTX, an American semiconductor Automatic Test Equipment vendor Lithium Tokamak Experiment, the fusion experiment Cotopaxi International Airport, the IATA...
Click to read more »central column. The device used is the repurposed Small Tight Aspect Ratio Tokamak. "Protosphera Home Page". Archived from the original on 2015-01-15. Retrieved...
Click to read more »Chance, M. S. (1985). "High-n ideal and resistive shear Alfvén waves in tokamaks". Annals of Physics. 161 (1): 21–47. Bibcode:1985AnPhy.161...21C. doi:10...
Click to read more »by lower-energy neutrons. D–T fusion neutron sources, such as proposed tokamak power reactors, are therefore useful for transmutation of transuranic waste...
Click to read more »ORNL 450/483 Fusion Energy Sciences (FES) Fusion Facilities The DIII-D (tokamak) National Fusion Facility @ General Atomics NA/429 National Spherical Torus...
Click to read more »implies that such a surface must be either a torus, or a knot. In the tokamak and the stellarator flux surfaces have toroidal shapes, whereas the more...
Click to read more »small subscale solenoids for compact tokamaks 2021 Fusion nuclear science facilities and pilot plants based on the spherical tokamak Menard 2016 v t e...
Click to read more »the earliest tokamaks to be operated outside of the Soviet Union. He engaged in further research at MIT during its first major tokamak research initiative...
Click to read more »Science, Technology and Innovation, . The devices are SST-1, SINP-Tokamak, AdityaTokamak, SST-2 (DEMO) to generate the electricity.There are over 950 life-member...
Click to read more »acoustic paramagnetic resonance Lev Artsimovich, builder of the first tokamak, researcher of high temperature plasma Gurgen Askaryan, predicted self...
Click to read more »range 460 MK, gravital neon fusion–disproportionation range 5–530 MK in Tokamak Fusion Test Reactor's plasma 750 MK, gravital oxygen fusion range 109 1 GK...
Click to read more »condition predicate String theory, a model of subatomic structure Spherical tokamak or spherical torus (ST), a type of fusion power device Stanton number (St)...
Click to read more »2015). "Exclusive: The Flash Casts Demore Barnes as Firestorm Villain Tokamak". ComicBook.com. Archived from the original on August 27, 2015. Retrieved...
Click to read more »magnetized plasmas, particularly in magnetic confinement devices such as tokamaks, when the pressure gradient is opposite to the effective gravity created...
Click to read more »theoretical physics in 1994 with a thesis titled Dynamics of Fast Ions in Tokamaks. His doctoral advisors were Mietek Lisak and Dan Anderson. Afterwards,...
Click to read more »Technology (MIT) in Boston. CFS aims to build a fusion reactor based on tokamak technology, much more compact and cheaper compared to other existing projects...
Click to read more »magnetically limiting a plasma, and hence for controlling the nuclear fusion in a tokamak; see divertor Separator (disambiguation) This disambiguation page lists...
Click to read more »unattractive as power generators. In 1968, the Soviets demonstrated their tokamak systems were outperforming all others by a factor of at least ten. The...
Click to read more »differs from the traditional design for fusion reactions, which relies on tokamaks. The system is intended to operate at 1 Hz, injecting plasma, compressing...
Click to read more »also described in their associated 1969 paper. The process began with a tokamak, a doughnut-shaped magnetic "bottle", containing plasma and unwanted material...
Click to read more »acoustic paramagnetic resonance Lev Artsimovich, builder of the first tokamak, researcher of high temperature plasma Gurgen Askaryan, predicted self...
Click to read more »to be at extrapolated breakeven. The current record for highest Q in a tokamak (as recorded during actual D-T fusion) was set by JET at Q = 0.67 in 1997...
Click to read more »once part of the Firestorm matrix; together, the trio take on a reborn Tokamak. In the 2009–2010 Blackest Night miniseries, Ronnie Raymond is resurrected...
Click to read more »loop is common on tokamaks, magnetic mirrors, Field-reversed configurations, the Levitated dipole experiment and the polywell. In tokamaks a set of loops...
Click to read more »research with tokamaks, in particular DIII-D tokamak from General Atomics. Before that, he did research at the ISX-A and ISA-B Tokamak of the Oak Ridge...
Click to read more »charging time. During the 1980s, IREQ built and operated the Tokamak de Varennes, a tokamak device and at that time Canada's largest scientific project...
Click to read more »The Tokamak (TCV): inner view, with the graphite-clad torus. Courtesy of SPC-EPFL...
Click to read more »Masaji Yoshikawa Researched confinement of high-temperature plasma on tokamaks 2007 Thorstein Ingi Sigfusson President of Icelandic New Energy Ltd., chairman...
Click to read more »but the simplest, highly symmetric structures. Both MIT's Alcator C-Mod tokamak and the Joint European Torus (JET) have experimented with adding a little...
Click to read more »receptor (TfR) Time–frequency representation of a signal Tokamak de Fontenay aux Roses, 1970s tokamak in France Isuzu Faster, truck named Isuzu TFR in Thailand...
Click to read more »and the application of the theory to runaway electron instabilities in tokamaks and to coherent radiation sources such as Free-Electron Lases and Cerenkov...
Click to read more »the boilers of waste incinerators. The Joint European Torus and DIII-D tokamaks' vacuum vessels are made of Inconel. Inconel 718 is commonly used for cryogenic...
Click to read more »practitioner Resonant magnetic perturbations, a plasma physics technique used in tokamak fusion reactors Resting membrane potential, electrical potential across...
Click to read more »the plasma evolution equations to calculate the magnetic reconnection in tokamaks, especially for the m=1 mode. Then it evaluates the effects of wave coupling...
Click to read more »tamper surfaces. It is a problem also shared with fusion reactors such as tokamaks, that has to do with the ablated heavy particles; For a hydrogen weapon...
Click to read more »18-hole golf course. It is operated by Hedeland Golf Club. The Temple of Tokamak, designed by Annie-Locke Scherer, is a structure originally built by participants...
Click to read more »spanned scales from particle-in-cell simulation and microturbulence in tokamaks to the observation of solar flares and the boundary of the heliosphere...
Click to read more »order to better determine its size and trajectory. 12 February The WEST tokamak in France is reported to have maintained plasma for 1,337 seconds, a new...
Click to read more »Lithium burning Category:Lithium compounds Lithium-ion battery Lithium Tokamak Experiment Appendixes Archived 6 November 2011 at the Wayback Machine....
Click to read more »1950 he proposed an idea for a controlled nuclear fusion reactor, the tokamak, based on Oleg Lavrentiev's idea. Sakharov, in association with Tamm, proposed...
Click to read more »Exhibition. 1950: The Toroidal chamber with axial magnetic fields (the Tokamak) is developed by Igor E. Tamm and Andrei D. Sakharov. 1952: The float glass...
Click to read more »when speeding away from the Sun's surface. In fusion devices, such as tokamaks and stellarators, ICRH antennas are installed in the machine vessel to...
Click to read more »ASDEX may refer to: ASDEX (Axially Symmetric Divertor Experiment), a tokamak operated 1980–1990 in Garching, Germany, then continued as HL-2A in China...
Click to read more »number of projects, including: AtomCraft aims to deliver the first fusion tokamak entirely designed, built and operated by students. Started in 2024, aims...
Click to read more »magnetohydrodynamic stability in the toroidal magnetic confinement devices, like tokamaks and stellarators. Her work resulted in many important designs of experiments...
Click to read more »Breathtaker, Pozhar, Sand Demon, Shadowstorm, Shango, Slipknot, Stalnoivolk, Tokamak, Weasel, and Zuggernaut.[citation needed] Other enemies introduced later...
Click to read more »of the tokamak (doughnut-shaped) electromagnetic plasma container. Despite doubts of other American physicists, Gottlieb seized upon the tokamak concept...
Click to read more »Finger tip unit First-time user experience Formazin Turbidity Unit Frascati Tokamak Upgrade Free the Universe, a 2013 album by Major Lazer This disambiguation...
Click to read more »"Inertial, Viscous, and Finite-Beta Effects in a Resistive, Time Dependent Tokamak Discharge", Thesis Nuc. Eng. 1976, PhD, supervised by James E. McCune....
Click to read more »repository Rapier's official website "GitHub - isegal/TokamakPhysics: Experimenting with fork of Tokamak Physics Engine https://sourceforge.net/projects/tokamakp/...
Click to read more »for antideuterium is D, that is, D with an overbar. Isotopes of hydrogen Tokamak Hagemann R, Nief G, Roth E (1970). "Absolute isotopic scale for deuterium...
Click to read more »The Americans Simple triage and rapid treatment Small Tight Aspect Ratio Tokamak Spanish Technical Aid Response Team Stanislaus Regional Transit, predecessor...
Click to read more »STOR-1M is Canada's first tokamak built in 1983. In 1987 STOR-1M was the world’s first demonstration of alternating current in a tokamak. STOR-M stands for Saskatchewan...
Click to read more »experimental facility Angara 5-1 and the thermonuclear complex SFT (Strong Field Tokamak T-11M). Official site (in English) Official site (in Russian) Russia: Troitsk...
Click to read more »Fast-neutron reactor BN350 nuclear fast reactor. 1955 Leningrad Metro 1955 Tokamak The Tokamak T-4 was tested in 1968 in Novosibirsk, conducting the first ever...
Click to read more »Chance, M. S.; Frieman, E. A. (1977-10-10). "Theory of Ballooning Modes in Tokamaks with Finite Shear". Physical Review Letters. 39 (15): 943–946. doi:10.2172/5115796...
Click to read more »dept. of Inquisition. Kimiko's best friend. Kimiko Ross Dimitri and Alina Tokamak are two of Kimiko's close Russian friends. They are shown to have impressive...
Click to read more »ISSN 0953-8984. S2CID 250801926. Moret, J.-M.; Supra, E. Tore (1992). "Tokamak transport phenomenology and plasma dynamic response". Nuclear Fusion. 32...
Click to read more »attached Tomahawk, a series of switching chips at Broadcom Corporation Tokamak, a magnetic confinement device, used in nuclear fusion experiments This...
Click to read more »plasma confined in a tokamak can produce its own current, termed the bootstrap current. This discovery is the basis of all modern tokamak reactors, including...
Click to read more »ethernet connection for reflective memory. CERN Korea Superconducting Tokamak Advanced Research (KSTAR) plasma control system (PCS) Aircraft flight simulators...
Click to read more »where the world's first tokamak was revealed. Postma decided that his laboratory would also build one named ORMAK (Oak Ridge tokaMAK). On January 1, 1974...
Click to read more »Department (FPSD), which had a role in development and startup of the Tokamak Reactor at the Princeton Plasma Physics Laboratory (PPPL) in 1982. Along...
Click to read more »the gyroradius. This model has been used extensively for simulation of tokamak plasma instabilities (for example, the GYRO and Gyrokinetic ElectroMagnetic...
Click to read more »theory from some assumptions on the spectrum of particles or operators. In tokamak fusion devices, bootstrapping refers to the process in which a bootstrap...
Click to read more »Irradiation for Fusion Applications nesc0873 COAST-4, Design and Cost of Tokamak Fusion Reactors nea-1200 ELEORBIT, 3-D Simulation of Electron Orbits in...
Click to read more »the Soviets using the tokamak. In response to this surprising development, the AEC decided to concentrate funding on large tokamak projects, and reduce...
Click to read more »applications in magnetic confinement fusion for disruption mitigation and tokamak refueling. Magneto-inertial fusion seeks to implode a magnetized D-T fusion...
Click to read more »Center in 2015 Fasoli was responsible for several years for EPFL's TCV Tokamak, one of the national facilities in Europe participating in the research...
Click to read more »magnetic resonance (NMR) machines, magnetic confinement fusion reactors (e.g. tokamaks), and the beam-steering and focusing magnets used in particle accelerators...
Click to read more »increase battery capacity. The Chinese Experimental Advanced Superconducting Tokamak was turned on for the first time. The China Fusion Engineering Test Reactor...
Click to read more »other members of the fusion research establishment. Existing experimental tokamaks generally do not include a lithium blanket, and are thus fairly similar...
Click to read more »formulas here to arbitrary surfaces of revolution. Annulus Helix Solenoid Tokamak Toroidal inductors and transformers Toroidal propeller Weisstein, Eric...
Click to read more »fission fuel magnetically, in a manner similar to the fusion fuel in a tokamak. Unfortunately it is not likely that this arrangement will actually work...
Click to read more »meaning) Sawtooth wave, a type of waveform Sawtooth (cellular automaton) Tokamak sawtooth, a phenomenon in plasma physics Sawtooth, code name for the Power...
Click to read more »modes are of vital importance in the development of divertor regions for tokamak reactors. In fact they will provide a good way for extracting the energy...
Click to read more »solutions to the equation in the case of multiple systems such as the tokamak systems, and variable order fractional parameter. Similar to the definitions...
Click to read more »the Princeton Plasma Physics Laboratory, writing an influential paper on Tokamak fusion research. The paper had received over 2,000 citations as of 2024...
Click to read more »The committee was founded by corrupt industrialist Henry Hewitt, a.k.a. Tokamak, and first appeared in Fury of Firestorm #15. Other operatives of the committee...
Click to read more »equilibrium mainly through self-induced plasma currents, as opposed to a tokamak device which depends on large externally generated magnetic fields. The...
Click to read more »became known as the "tokamak stampede". He also desired to have at least one backup concept in case something turned up as tokamaks grew larger. The two...
Click to read more »Tendler, “The Effect of the Radial Electric Field on the L-H Transitions in Tokamaks” Physics of Fluids B, Vol. 4, No. 7, 1992 Rozhansky, V. and Tendler, M...
Click to read more »trying to drum up interest in the spherical tokamak (STs) concept. ST's were essentially small tokamaks, but a combination of features suggested they...
Click to read more »3 ft). In most magnetic confinement fusion reactor designs, such as a tokamak, the magnets are placed outside of the vacuum chamber. According to Mataira...
Click to read more »Toronto General Hospital. July – Oleg Lavrentiev outlines the concept of the tokamak. John Ward derives the Ward–Takahashi identity in quantum field theory...
Click to read more »Ocean. September 29 – CERN is founded by twelve European states. First tokamak built, in the Soviet Union. Summer – Robbers Cave Experiment carried out...
Click to read more »chemical vapor deposition (PECVD). Microwaves are used in stellarators and tokamak experimental fusion reactors to help break down the gas into a plasma and...
Click to read more »theoretical techniques that quantitatively describe plasma transport in tokamaks." In 2001, he was promoted to senior research scientist at the Institute...
Click to read more »lattice Real projective plane Sphere Spiric section Surface (topology) Tokamak Toric lens Toric section Toric variety Toroid Toroidal and poloidal Torus-based...
Click to read more »both in Germany. It owns several large devices, namely the experimental tokamak ASDEX Upgrade (in operation since 1991), the experimental stellarator Wendelstein...
Click to read more »cyclotron resonance heating (ECRH) to heat the plasma, much like conventional tokamaks. The helical divertor heat and particle exhaust system uses the large helical...
Click to read more »actress Sibylle Günter (born 1964), German theoretical physicist researching tokamak plasmas Sibylle Lewitscharoff (1954–2023), German author Sibylle Kemmler-Sack...
Click to read more »quality and its impact on the production of Nb3Sn strand for the Divertor Tokamak Test Facility toroidal coils". IOP Conference Series: Materials Science...
Click to read more »M.R.; Vann, R.G.L. (2017). "A Kinetic Study of Microwave Start-up of Tokamak Plasmas". EPJ Web of Conferences. 147: 01002. arXiv:1704.00517. Bibcode:2017EPJWC...
Click to read more »That concept has been compared in impact to the US ARC fusion reactor tokamak concept published in 2014. A smaller prototype stellarator aiming at net...
Click to read more »Magnetic confinement Tokamak International ITER DEMO PROTO Americas Tokamak de Varennes STOR-M Alcator C-Mod ARC SPARC DIII-D Electric Tokamak LTX NSTX PLT TFTR...
Click to read more »construction which include: the Experimental Advanced Superconducting Tokamak (EAST) project designed for nuclear fusion experiments; an atmospheric...
Click to read more »increases roughly linearly with D–T cross section. In a 481 MW ARC-like tokamak with unpolarized 53:47 D–T fuel, the minimum tritium inventory was 0.69 kg...
Click to read more »D3D may refer to: DIII-D (tokamak) (pronounced 'D3D'), a tokamak located at San Diego, California Direct3D, Microsoft's graphics rendering scheme Dolby...
Click to read more »Boronization is a wall conditioning technique for fusion machines (such as tokamaks), where a thin film of boron is deposited on the walls of the vacuum vessel...
Click to read more »method. It is used to study waves, instabilities and nonlinear behavior of tokamak fusion plasmas. Information about GEM can be found at the GEM web page...
Click to read more »series of tokamaks with vertically elongated plasma cross sections called the doublet. This eventually led to General Atomics' DIII-D tokamak, which influenced...
Click to read more »the Sun by measuring this K-corona from three separate satellites. In tokamaks, corona of ICF targets and other experimental fusion devices, the electron...
Click to read more »the high luminosity upgrade of the Large Hadron Collider. The IGNITOR tokamak design was based on MgB2 for its poloidal coils. Thin coatings can be used...
Click to read more »of fluids 28.3 (1985): 949–957. Weitzner, Harold, and Wolfgang Kerner. "Tokamak transport based on the Braginskii model." Zeitschrift für Naturforschung...
Click to read more »pressure to magnetic pressure is greater than or equal to 1 (compared to tokamak designs' 0.05), allows a compact design and expedited development. The...
Click to read more »Burning Plasma Experimental Superconducting Tokamak (BEST) is a compact, high-field superconducting tokamak under construction in Hefei, Anhui, China....
Click to read more »Physics, "for pioneering and fundamental research on particle transport in tokamaks, which included combining theoretical modeling and measurements to illustrate...
Click to read more »in the facility's laboratories. ITER, the experimental nuclear fusion tokamak, is currently under construction at Cadarache and is expected to create...
Click to read more »fought Firestorm. Henry Hewitt, Merkyn's superior, kills him after becoming Tokamak. Mica Love is a mercenary who worked for the 2000 Committee. She took on...
Click to read more »career is in the field of Plasma Physics, including some of the earliest tokamak plasma research in the United States. Gilgenbach has been at the University...
Click to read more »example, a {\displaystyle a} could be the minor radius of the torus in a tokamak. The Alfvén wave velocity in relativistic magnetohydrodynamics is v = c...
Click to read more »Commission. They founded the mainline fusion program for the United States: the Tokamak. In June 1995, Bussard claimed in a letter to all fusion laboratories,...
Click to read more »on average. A particle is then confined to stay on a flux surface. All tokamaks are exactly omnigenous by virtue of their axisymmetry, and conversely an...
Click to read more »Institute of Technology which raised $1.8 billion in December 2021 to build a tokamak fusion device. Devens is on the boundary between Middlesex and Worcester...
Click to read more »European Union and Japan) for the creation of the thermonuclear experimental tokamak ITER, and has been its president from 1992 until his death in December...
Click to read more »additional investment into the district, including the flagship Spherical Tokamak for Energy Production (STEP) prototype fusion energy plant being built...
Click to read more »(ITER), is constructing the world's largest and most advanced experimental tokamak nuclear fusion reactor in southern France. A collaboration among the European...
Click to read more »(Europe) or 5.712 GHz (US), which is the second harmonic of S band. Several tokamak fusion reactors use high-power C-band RF sources to sustain the toroidal...
Click to read more »ISBN 978-1-908977-43-4. Furth, Harold (30 April 1981). "Father of the tokamak". New Scientist. Vol. 90, no. 1251. pp. 274–276. Braams, C. M.; Stott,...
Click to read more »fracture line on any radiograph. Torus (nuclear physics), a subtype of tokamak Joint European Torus, an experimental nuclear fusion reactor TORUS Project...
Click to read more »Instituto de Plasmas e Fusão Nuclear (IPFN) (Institute for Plasmas and Nuclear Fusion) is a research unit of Instituto Superior Técnico (IST), Lisbon,...
Click to read more »considered, sparking research at ORNL. A tokamak called ORMAK, made operational in 1971, was the first tokamak to achieve a plasma temperature of 20 million...
Click to read more »"Plasma vertical stabilization with actuation constraints in the DIII-D tokamak". Automatica. 41 (7): 1173–1179. doi:10.1016/j.automatica.2004.12.015.{{cite...
Click to read more »Institute" was known at the time. He examined tokamaks stability and gave some parameter estimation for Soviet tokamak experiments. He also dealt with shock waves...
Click to read more »plasmas. His work also has applications in magnetic confinement fusion (e.g. tokamaks, magnetic mirrors). Hershkowitz has been a fellow of the American Physical...
Click to read more »Hasegawa introduced the Hasegawa–Mima equation to describe turbulence in Tokamak plasmas and then further developed it in the 1980s (with Masahiro Wakatani)...
Click to read more »area of ongoing research in magnetic confinement fusion devices, such as tokamaks and stellarators, is understanding the physics of the plasma boundary and...
Click to read more »was used to coat the plasma-facing component of the Tokamak Fusion Test Reactor in the Lithium Tokamak Experiment (TFTR, 1996) and is currently used in Princeton...
Click to read more »Cadarache, France. He served as the Project Construction Leader for the tokamak reactor design. Holtkamp joined SLAC in 2010. He was Deputy Laboratory...
Click to read more »setting magnetic fusion energy experiments on the largest tokamak in the country, the Tokamak Fusion Test Reactor (TFTR). In 1983, Furth was awarded the...
Click to read more »so-called "actinide burners" where a fusion reactor plasma such as in a tokamak, could be "doped" with a small amount of the "minor" transuranic atoms...
Click to read more »operation. The denomination of this device is due to the abbreviation of "Tokamak de la Junta de Energía Nuclear", this being the former denomination of...
Click to read more »experiments which directly measure the fundamental processes of transport in Tokamak plasmas. "APS Fellowship". www.aps.org. Retrieved 2017-04-20. "APS Fellow...
Click to read more »Applications, Inc. until 1978. He made contributions to the plasma behavior in Tokamaks and Stellarators. He was appointed chairman of the US Department of Energy's...
Click to read more »certain instabilities. The term is most commonly used when referring to tokamak devices. Although the same considerations apply in stellarators, by convention...
Click to read more »English ASDEX Upgrade (Axially Symmetric Divertor Experiment), a divertor tokamak at the Max Planck Institute in Germany Santo Domingo Este (ASDE; Ayuntamiento...
Click to read more »application in understanding extreme plasma environments such as fusion tokamaks and stellar atmospheres. In 2016, Professor Silver complained to West Midlands...
Click to read more »Verleyen (2015). "Accelerating the solution of a physics model inside a tokamak using the (Inverse) Column Updating Method". Journal of Computational and...
Click to read more »III, a 1917 German prototype single-seat fighter aircraft DIII-D (tokamak), a tokamak located in San Diego, California, US Diablo 3 (stylized: Diablo III)...
Click to read more »H-mode) of magnetic confinement in fusion plasmas while working at the ASDEX tokamak in 1982. For this discovery and his subsequent contributions to fusion...
Click to read more »postdoctoral researcher at the University of Texas at Austin, she joined the Tokamak Systems Branch of the United States Atomic Energy Commission in 1974, and...
Click to read more »Supra), Tungsten (W) Environment in Steady-state Tokamak, the name for the refitted Tore Supra tokamak reactor in Cadarache, France West (surname), list...
Click to read more »G. W. (1995). "Field-aligned coordinates for nonlinear simulations of tokamak turbulence". Physics of Plasmas. 2 (7): 2687–2700. doi:10.1063/1.871232...
Click to read more »component of the National Space Science Data Center Mega Ampere Spherical Tokamak, a nuclear fusion experiment in the UK Mikulski Archive for Space Telescopes...
Click to read more »exceeded the record achieved by the Experimental Advanced Superconducting Tokamak (EAST) in China in 2025. Financial support for the project is about 80%...
Click to read more »generators. DIII-D (tokamak) at General Atomics the Princeton Large Torus (PLT) at the Princeton Plasma Physics Laboratory Also the non-tokamak: Nimrod synchrotron...
Click to read more »Lawson criterion. [Record] China's Experimental Advanced Superconducting Tokamak sustains a high-temperature plasma for 101 seconds (120 million °C). [Record]...
Click to read more »uk (UKAEA as operator of the Joint European Torus experimental fusion tokamak). Currently, management of the .uk domain name is delegated by IANA to...
Click to read more »first tokamak, an electromagnetic device used in nuclear fusion. Their cooperation achieved success in 1973, with the creation of the tokamak CT-6. Yan...
Click to read more »the same temperature and density conditions of the scrape-off layer of a tokamak in a linear environment and therefore to make easier the study of its properties...
Click to read more »A 1987 Soviet stamp celebrating the T-15 tokamak depicts the helium-5 nucleus during deuterium–tritium fusion...
Click to read more »field (see e.g. lower hybrid oscillations). Wesson, John; et al. (2004). Tokamaks. Oxford University Press. ISBN 978-0-19-850922-6. Chen, Francis F. (2006)...
Click to read more »and to the Russian aviation industry. The cryogenic equipment for the Tokamak-15 thermonuclear complex was designed and built by Kriogenmash. An experimental...
Click to read more »Country Africa iThemba LABS South Africa Asia KSTAR – Korea Superconducting Tokamak Advanced Research Republic of Korea J-PARC – Joint Facility for High Intensity...
Click to read more »explosively pumped flux compression generator, co-developed the Tsar Bomba and tokamak Jonas Edward Salk (1914–1995), U.S. – injection Polio vaccine Robert Salmon...
Click to read more »other languages. Examples of such borrowings include OK, microscope and tokamak. Politics portal World portal Anti-globalization movement Anti-imperialism...
Click to read more »synchrotron, but this was not built. Instead, it was used to power the LT-4 Tokamak and a large-scale railgun that was used as a scientific instrument for...
Click to read more »Magnetic Proton Recoil neutron spectrometer is a large high-resolution neutron spectrometer installed at JET. The Magnetic Proton Recoil (MPR) neutron...
Click to read more »April 2006. Murakami, M.; Eubank, H. P. (May 1979). "Recent progress in tokamak experiments". Physics Today. 32 (5): 25–32. Bibcode:1979PhT....32e..25M...
Click to read more »energy. Using the funded capital, the company would develop an experimental tokamak device planned to be operational by 2024. On 20 May 2022, miHoYo participated...
Click to read more »structure of the elements. Such machines include particle accelerators and tokamak reactors. Conventional fission power reactors also cause artificial transmutation...
Click to read more »currents in plasmas using electromagnetic waves, which was then used in tokamak experiments. This contributed to an increased understanding of plasma wave–particle...
Click to read more »added fuel. Unlike other magnetic confinement fusion devices such as the tokamak, FRCs provide a magnetic field topology whereby the axial field inside...
Click to read more »interactions, including the first observation of Alfvén wave heating in a tokamak, the first demonstration of mode-conversion current drive, and pioneering...
Click to read more »the 1950s and 60s, with a strong physical resemblance to the z-pinch and tokamak devices. The major difference was that it used radio waves to heat the...
Click to read more »the free dictionary. Gyro may refer to: GYRO, a computer program for tokamak plasma simulation Gyro Motor Company, an American aircraft engine manufacturer...
Click to read more »and the Institute of Plasma Physics of the Czech Academy of Sciences (Tokamak Plasma Physics), which is updated every 5 years. The goal of the Elephter...
Click to read more »1976, Ellis was the group leader for the Adiabatic Toroidal Compressor tokamak at Princeton University. This device was used in fusion experiments for...
Click to read more »University of Wisconsin–Madison. RFPs are significantly different from tokamaks (the most popular magnetic confinement scheme) in that they tend to have...
Click to read more »Atomic Energy Authority, where he worked at the Mega Ampere Spherical Tokamak (MAST) and the Joint European Torus (JET) for 16 years until 2009. In that...
Click to read more »line. Experiments carried out by her at this tokamak, along with results obtained on the T-3 and T-4 tokamaks, convinced the scientific community that the...
Click to read more »(2020-02-01). "Axisymmetric simulations of vertical displacement events in tokamaks: A benchmark of M3D-C1, NIMROD, and JOREK". Physics of Plasmas. 27 (2)...
Click to read more »(timetable code: EAST), New Zealand Experimental Advanced Superconducting Tokamak, a nuclear fusion experiment facility in China All pages with titles beginning...
Click to read more »Stress Studio Taboo Tango Taxi Telephone Telescope Television Tennis Test Tokamak Tomahawk Tomato Tractor Transport Tsunami Uniform Visa Whiskey X-ray Classical...
Click to read more »can be used to create the initial plasma current in compact spherical tokamaks and produce thrust for space propulsion. Her proposed electromagnetic plasma...
Click to read more »2007". www.aps.org. Retrieved 2017-04-20. "Understanding disruptions in tokamaks (abstract) by Leonid Zakharov, Nov. 17, 2011", 53rd Annual Meeting of the...
Click to read more »metal walls and the reversal of simple hydrogenic isotope scaling laws in tokamak edge turbulence". Belli is also a marathon runner who placed second in...
Click to read more »research facility in the town, which houses the JT-60, one of the premiere tokamak fusion reactors in the world. Kasamatsu Park and Stadium Kiuchi Brewery...
Click to read more »designed and fabricated a diamond wire sawing method to dismantle the Tokamak Fusion Test Reactor for the Princeton plasma physics laboratory. Based...
Click to read more »reactor operated by the Saskatchewan Research Council, and the STOR-M tokamak. The centre received an initial $30 million (CDN) in funding to advance...
Click to read more »Lausanne (EPFL) Swiss Institute for Experimental Cancer Research (ISREC) Tokamak à configuration variable (research fusion reactor) Swiss Tech Convention...
Click to read more »with John Johnson and Katherine Weimer on equilibria and instabilities in Tokamak and Stellarator plasmas in magnetohydrodynamics. With Johnson and Ray Grimm...
Click to read more »spacecraft propulsion. In 2017, Pulsar Fusion began work on a Spherical tokamak reactor inspired by research at the Culham Centre for Fusion Energy. In 2017...
Click to read more »(Levitron) High beta tokamak (HBT-EP) Levitated dipole Odd-parity RMF Reversed field pinch (MST, RFX-Mod Italy) Tokamak (Spherical tokamak (MAST, NSTX), Spheromak...
Click to read more »Up-down symmetry of the turbulent transport of toroidal angular momentum in tokamaks. Phys. Plasmas, 18(6):062501, 2011. J.B. Taylor and R.J. Hastie, Stability...
Click to read more »Officer noted several specific difficulties that are not present in DC tokamaks. These include, but are not limited to: Confinement at high energy density...
Click to read more »from the Department of Energy ended as resources were being diverted to tokamak research. The concept of the levitated dipole as a fusion reactor was first...
Click to read more »Hayter voices Shay Lamden / King Shark Demore Barnes as Henry Hewitt / Tokamak (Earth-1) Barnes also portrays Hewitt's Earth-2 doppelgänger, a non-metahuman...
Click to read more »rest was demolished between 1957 and 1970. From 1974 the site housed a tokamak fusion reactor prototype, the TFR. It became difficult to maintain such...
Click to read more »reconnection, as well as ion-temperature-gradient and other microinstabilities in tokamaks, furthermore vacuum discharges, and dusty plasmas. Hybrid models may use...
Click to read more »example, tokamak fusion devices impose very large peak loads, but relatively low average loads, on the electrical grid. The DIII-D tokamak at General...
Click to read more »confined for long periods of time, on the order of 1 second. The ITER tokamak design is currently being built to test the magnetic approach with pulse...
Click to read more »By 2022 the NIF had achieved ignition.[citation needed] Based on the tokamak reactor design, the ITER is intended to sustain fusion mostly by internal...
Click to read more »1014 keV sec cm−3, a record that was not approached by a conventional tokamak until JET achieved 3 × 1014 keV sec cm−3 in 1987. To make a Migma large...
Click to read more »pioneering experimental work on Spheromak injection for noninductive Tokamak ramp-up. He has authored two graduate-level books on Spheromaks and Magnetic...
Click to read more »the use of these thin boron-rich films to "boronize" the walls of the tokamak vacuum vessel to reduce recycling of particles and impurities into the...
Click to read more »professor since 1980. He works at the Swiss Plasma Center (SPC), with the Tokamak à configuration variable. He was nominated Leader of EFDA (the European...
Click to read more »Centre's Institute of Plasma Physic as a guest researcher, working on TEXTOR Tokamak Experiment. Afterwards he returned to newly founded Gazi University in...
Click to read more »unique aspect of HIDRA is that it can operate as a stellarator and as a tokamak, hence the hybrid designation. In fact, it should be possible to operate...
Click to read more »is related to Natan Yavlinsky, the nuclear physicist who invented the tokamak. In 1967 and 1968, he was the champion of the Ukrainian SSR in junior boxing...
Click to read more »emulation software Today's Chinese Version, a translation of the Bible Tokamak à configuration variable, a research nuclear fusion reactor in Lausanne...
Click to read more »Wroblewski, D. (1994). "Determination of the noninductive current profile in tokamak plasmas". Physical Review Letters. 73 (18): 2444–2447. Bibcode:1994PhRvL...
Click to read more »location of the first French nuclear reactor, Zoé, and the first French tokamak fusion experiment, TFR. The commune name originates from a local spring-fed...
Click to read more »of nuclear physics in Canada. The Plasma Physics Laboratory operates a tokamak on campus. The university used the SCR-270 radar in 1949 to image the Aurora...
Click to read more »Plasma image from the MAST spherical tokamak machine at the Culham Centre for Fusion Energy...
Click to read more »Kugel, Impurity Behavior During Ion Bernstein Wave Heating in the PBX-M Tokamak, Nuclear Fusion, 35(2), 215 (1995). Zwicker ran for the Democratic nomination...
Click to read more »n_{i}m_{i}c^{2}}}\approx 26.5\,{\frac {B^{2}}{\mu n_{i}}}} In the study of tokamaks, collisionality is a dimensionless parameter which expresses the ratio...
Click to read more »administrator Yan Luguang, Chinese electrical engineer, created China's first tokamak device Sergey Pantsirev, Russian poet M. P. Parameswaran, Indian nuclear...
Click to read more »{\displaystyle r} (a crude approximation to the magnetic field geometry in an early tokamak but topologically equivalent to any toroidal magnetic confinement system...
Click to read more »and Experimental Physics (ITEP) Lev Artsimovich, builder of the first tokamak, researcher of high temperature plasma Gurgen Askaryan, predicted self...
Click to read more »E.; Sydora, R.; Weiland, J. (2000). "Comparisons and physics basis of tokamak transport models and turbulence simulations". Physics of Plasmas. 7: 969–983...
Click to read more »comparable to the major radius. Pegasus is used to study start up of spherical tokamaks using local helicity injection. Pegasus is being upgraded in 2019 (e.g...
Click to read more »The Toroidal Fusion Core Experiment (TFCX) was a US design study for a tokamak fusion experiment in the mid-1980s. It was intended to achieve ignition...
Click to read more »construction has not yet begun. 1993: China provides Iran with an HT-6B Tokamak fusion reactor that is installed at the Plasma Physics Research Centre...
Click to read more »fundamental contributions to the understanding of turbulent transport in tokamaks through development and application of electron cyclotron emission diagnostics...
Click to read more »example of this is the Fast-Ion Deuterium-Alpha (FIDA) method employed in tokamaks. In this technique, charge exchange occurs between the neutral beam atoms...
Click to read more »lunar helium‑3 (3He) for “clean” fusion were misguided. He wrote that in tokamaks, deuterium–3He fusion proceeds far more slowly than deuterium–tritium (D–T)...
Click to read more »H-mode (H for "high confinement"), which was previously only accessible to tokamaks. This allows it to easily achieve ignition conditions of a fusion reactor...
Click to read more »stability of plasma confinement became comparable to those of the tokamak. In contrast to tokamaks, stellarators work continuously but have more complicated magnetic...
Click to read more »was a significant stagnation within the field. The introduction of the tokamak in 1968 was the first evidence that the Bohm model did not hold for all...
Click to read more »electromagnets. Most plasma in most fusion reactors (such as Magnetic mirrors, tokamaks and Stellarators) are considered magnetized. A Magnetized plasma occurs...
Click to read more »located in France, is the world's largest and most advanced experimental tokamak nuclear fusion reactor project. A collaboration between the European Union...
Click to read more »method utilized in magnetic confinement nuclear fusion devices, such as tokamaks and stellarators. This system employs electromagnetic waves at specific...
Click to read more »on the INFN site. The Spaceguard Foundation is based here. The Frascati Tokamak Upgrade is based here. The OECD's Frascati Manual, a methodology for research...
Click to read more »project for understanding of nonlinear multiscale boundary physics in tokamak fusion devices, which lasted till 2024. He chaired the 2016 Fusion Energy...
Click to read more »"the feminist science fiction of twenty or perhaps thirty years ago". Joe Tokamak of The Internet Review of Science Fiction called the novel "a fantasy of...
Click to read more »fields needed to confine the high temperature plasma. In contrast, in tokamaks and reversed field pinches, the magnetic field is created by the interaction...
Click to read more »difference being that ICF is essentially a point-source of neutrons while Tokamaks are more diffuse toroidal sources). The surrounding blanket can be a fissile...
Click to read more »ITER is constructing the world's largest and most advanced experimental tokamak nuclear fusion reactor in the south of France. A collaboration between...
Click to read more »1969, Li began to participate in the research and design of the first tokamak of China, HL-1 (Project 451). In 1972, he proposed the initial experimental...
Click to read more »rule. Among these was the Soviet tokamak, which quickly became the focus of most research to this day. As tokamaks took over the research field, it became...
Click to read more »containing istok ISTTOK, an abbreviation for the "Instituto Superior Técnico TOKamak" iztok This disambiguation page lists articles associated with the title...
Click to read more »research also contain HCI generated by the plasma-wall interaction (see Tokamak). In the laboratory, HCI are investigated by means of heavy ion particle...
Click to read more »on 25 July 2015. First technology preview of Plasma Mobile during the “Tokamak 4” developer sprint in February 2010 Technology preview of Plasma Mobile...
Click to read more »COVID-19 in the UK: The death toll from the virus exceeds 150,000. 29 March – Tokamak Energy announces first plasma with its newly upgraded prototype fusion...
Click to read more »surface of the torus. This is similar to the field configuration of a tokamak, except that the field-producing coils are simpler and do not penetrate...
Click to read more »Felici; Jonas Buchli; et al. (16 February 2022). "Magnetic control of tokamak plasmas through deep reinforcement learning". Nature. 602 (7897): 414–419...
Click to read more »noninductive current drive on the Versator II, the Alcator C and C-Mod tokamaks, Professor Porkolab shared the 1984 American Physical Society Excellence...
Click to read more »instrumental in, the erection and commissioning of the first indigenous Indian Tokamak, Aditya, and was also the project leader of its pulsed power systems. In...
Click to read more »The Tokamak à configuration variable research fusion reactor at the École Polytechnique Fédérale de Lausanne...
Click to read more »pinch Orthogonal pinch effect Ware pinch – A pinch that occurs inside a Tokamak plasma, when particles inside the banana orbit condense together. Magnetized...
Click to read more »Aviation Safety Agency EAST – (a) Experimental Advanced Superconducting Tokamak EB - East Bridgewater EBCDIC – (a/i) Extended Binary Coded Decimal Interchange...
Click to read more »Electron temperature T (K) Debye length λD (m) Solar core 1032 107 10−11 Tokamak 1020 108 10−4 Gas discharge 1016 104 10−4 Ionosphere 1012 103 10−3 Magnetosphere...
Click to read more »Having made contributions to the experimental realization of the first Tokamak, he was awarded the Lenin Prize in 1958, as well as three Orders of Lenin...
Click to read more »for the first nuclear fusion power plant to be built under the Spherical Tokamak for Energy Production (STEP) programme. The station is built on the site...
Click to read more »October 1999) Lev Artsimovich (Лев Арцимович) – known as "the father of the Tokamak" Sergei Avdeyev (Сергей Васильевич Авдеев) – engineer and cosmonaut, record...
Click to read more »the teaching and training online. Since 2007 the faculty also operates a tokamak-type nuclear fusion reactor called GOLEM. The faculty consists of 10 departments:...
Click to read more »for tritium production and cooling in the ARC fusion reactor, a compact tokamak design by MIT. FLiNaK Molten salt reactor Liquid fluoride thorium reactor...
Click to read more »methods.[citation needed] The superconducting tape is used for SPARC, a tokamak fusion reactor design. Surface modification of materials has often led...
Click to read more »From 2013 to 2023 he was a consultant to the Oxfordshire fusion company Tokamak Energy. Pulsed Neutron Scattering, Taylor & Francis, 1981, ISBN 978-0-470-27131-5...
Click to read more »150 terabytes of data and 1,000 ice samples. The Korea Superconducting Tokamak Advanced Research (KSTAR) superconducting fusion device maintained a core...
Click to read more »to investigate neoclassical plasma rotation in the Texas Experimental Tokamak fusion reactor. He received his master's degree in physics in 1988. Later...
Click to read more »for laser scattering at small angles to study waves and turbulence in tokamak plasmas and invented a positron trap (buffer gas positron trap) that was...
Click to read more »for describing the electric potential profile and plasma turbulence in a tokamak magnetic field Hasegawa Machiko Art Museum, art museum in Setagaya, Tokyo...
Click to read more »phenomenon of magnetic reconnection. For this purpose the group has a small tokamak designed to observe rarefied plasmas with probes. These probes measure...
Click to read more »F. (2021). Breakdown of adiabatic invariance of fast ions in spherical tokamaks. Nuclear Fusion, 61(10), 106025. Escande, D. F., Sattin, F., & Zanca, P...
Click to read more »focus ion source: A new tool for laboratory research of astrophysics and Tokamak microplasma". Journal of Physics: Conference Series. 798 (1) 012170. arXiv:1611...
Click to read more »Approach consists of three main projects located in Japan: the Satellite Tokamak Programme project JT-60SA (super advanced), the International Fusion Materials...
Click to read more »experiment E=MC2 (disambiguation) Experimental Advanced Superconducting Tokamak (EAST) EBOR ECHIDNA EDELWEISS EGS (program) ELETTRA EMF meter EMMA (accelerator)...
Click to read more »Station QUEST Q-shu University Experiment with Steady-State Spherical Tokamak, a fusion research experimental device on the campus of Kyushu University...
Click to read more »Piano Sonata (1983) Guitar Slides (1987) ESP for clarinet and piano (1990) Tokamak for ensemble (1992) Parameters of the parties for voice, flute, clarinet...
Click to read more »to: Achilles Information Adaptimmune Evotec Exscientia Immunocore M3 EU Tokamak Energy New England Biolabs Nexeon OBN Oxitec RM Taylor & Francis Vertex...
Click to read more »high-confinement mode (H-Mode) in plasma confinement devices, such as tokamaks or stellarators. The PLH signifies the point at which the plasma attains...
Click to read more »Lev Artsimovich - Soviet physicist known for his contributions to the Tokamak— a device that produces controlled thermonuclear fusion power Tadeusz Jaczewski...
Click to read more »experimental magnetic levitation system Inductrack, the Snowflake Divertor for tokamaks and X-ray diagnostics at Linac Coherent Light Source. Ryutov has been a...
Click to read more »first high-power deuterium-tritium campaign at the Joint European Torus Tokamak in 1997. Frenje was a Postdoctoral Associate at the MIT Plasma Science...
Click to read more »in 2010, based on research at the Plasma Physics Laboratory's Lithium Tokamak Experiment, a project aimed at initiating nuclear fusion through magnetic...
Click to read more »"quantitative studies of the confinement and thermalization of fast ions in tokamak plasmas and for discovery of several fast-ion driven instabilities." In...
Click to read more »experiment currently being assembled in southern France is based on the tokamak design. But at Princeton Plasma Physics Laboratory, engineer Stephanie...
Click to read more »their small size. While most large fusion experiments in the world are tokamaks, FRCs are seen as a viable alternative because of their higher Beta, meaning...
Click to read more »relatively small relative to fusion machines such as magnetic mirrors, tokamaks, or other fusion devices. This caps the amount of fusion fuel, and subsequently...
Click to read more »Novosibirsk. Today this meeting is known as the coming-out party for the tokamak, although at the time it was not considered terribly important. Many other...
Click to read more »been to ideal and resistive magnetohydrodynamic (MHD) instabilities of tokamaks and stellarators; extended MHD simulation of fusion plasmas; and Hamiltonian...
Click to read more »structural responsibility of the mega-heavy forms at the heart of the star: the Tokamak. “We are the witnessing generation of a star being built on Earth—a human-made...
Click to read more »development, the other being magnetic confinement fusion (MCF), notably the tokamak concept which is being built in a major experimental system known as ITER...
Click to read more »Göttingen Sibylle Günter (born 1964), theoretical physicist researching tokamak plasmas Hanna von Hoerner (1942–2014), astrophysicist Eva-Maria Neher (born...
Click to read more »Storm catapult the X-Jet toward the approaching Sentinels and cause its tokamak reactor to explode, wiping many of the Sentinels out. The Blackbird appears...
Click to read more »Troy) Thorn Thunder Thunderlord Thunder and Lightning TNT Tobias Whale Tokamak Tomorrow Woman (post-Trinity) Top Triumph Tsunami Tuatara Typhoon Tyroc...
Click to read more »curvature". Modern stellarators use similar configurations, differing from tokamaks largely in how that shaping is created. Magnetic confinement systems attempt...
Click to read more »Division. In 1973, he chaired a review panel on the Status and Objectives of Tokamak Systems for Fusion Research. In 1975, the AEC became the US Energy Research...
Click to read more »Igor Tamm, Andrei Sakharov and Lev Artsimovich developed the idea of tokamak for controlled nuclear fusion and created its first prototype, which finally...
Click to read more »Detachment tomographic inversion study with fast visible cameras on the COMPASS tokamak (Bachelor's thesis). Czech Technical University in Prague. hdl:10467/111617...
Click to read more »experiment AD5 experiment AD6 experiment ADA collider ADHM construction ADITYA (tokamak) ADM energy ADM formalism ADONE Advanced Simulation Library AEGIS (particle...
Click to read more »to Baird's system was the Nipkow disk, invented by Paul Gotlieb Nipkow. Tokamak Lev Artsimovich Tube structure Fazlur Rahman Khan One of the greatest engineers...
Click to read more »developed KSTAR (a.k.a. Korea Superconducting Tokamak Advanced Research), an advanced superconducting tokamak fusion research device. In December 2010, Malaysia...
Click to read more »"superconductor" into a ring 3 ft tall x 2 1⁄2 ft wide. The heart of the ITER tokamak, a solenoid is used to magnetically confine a plasma of reactive charged...
Click to read more »Telescope GLutamate ASpartate Transporter, a protein in humans GLAST (tokamak), a set of fusion research reactors of the Pakistan Atomic Energy Commission...
Click to read more »Wisconsin-Madison in the United States compelling them to donate a spherical tokamak, known as a MEDUSA (Madison Education Small Aspect Ratio, now known as...
Click to read more »given magnetic field is 13 times higher in a dipole machine than in a tokamak. The potential fusion power is more than 150 times larger. Chandler, David...
Click to read more »reluctance (magnetic) pickups. Magnetic capacitance Magnetic complex reluctance Tokamak "International Electrotechnical Commission". Archived from the original...
Click to read more »energy transport during magnetic nuclear fusion experiments, such as the Tokamak. De Jager, C. (1954). "High-energy Microturbulence in the Solar Photosphere"...
Click to read more »CEA Nanyang Technological University Thesis Turbulence et transport anormal dans les plasmas de Tokamak (1988) Website dr.ntu.edu.sg/cris/rp/rp02080...
Click to read more »Nogais people Seher Tokmak (born 1999), Turkish female sports shooter Tokamak (disambiguation) This disambiguation page lists articles about distinct...
Click to read more »thin, friable topsoil, formed by the leaching of salts from a solonchak. Tokamak (Russian: токама́к, an abbreviation of the Russian words тороидальная камера...
Click to read more »(Doll Neibee) Heavy Metal L-Gaim (Hasha Moja, Bara) Aura Battler Dunbine (Tokamak Rovsky, Dolple Giron) Saint Seiya (Capricorn Shura, Moses) Armored Trooper...
Click to read more »coward in response. Aeronautics Technological Institute (ITA) Experimento Tokamak Esférico (ETE) Institute of Aeronautics and Space Marcos Pontes, the first...
Click to read more »Mechanics), Igor Tamm (Particle Physics, Cherenkov Radiation, Phonon, Tokamak) and Peter Higgs (Higgs Boson, Higgs Mechanism, Higgs Field). Further notable...
Click to read more »his development of multi-current or doublet approach to the design of tokamaks with non-circular cross sections and for investigation of plasma confinement...
Click to read more »people are injured in a grenade attack on a bar in Grenoble. The WEST tokamak is reported to have maintained plasma for 1,337 seconds, a new world record...
Click to read more »of a Professional Outsider (2000) Physics of Plasmas (2003) Theory of Tokamak Transport: New Aspects for Nuclear Fusion Reactor Design (2006) O'Connor...
Click to read more »the design of a Large Tokamak and, in so doing, became involved in a European Community project to build a Large European Tokamak, which later developed...
Click to read more »Tokamak scheme...
Click to read more »European Task Forces on Plasma Wall Interaction (PWI) and on Integrated Tokamak Modelling (ITM) set up respectively in 2002 and 2003. To strengthen the...
Click to read more »Operator Peter Shmygal Nuclear physicist Natan Yavlinsky, designer of tokamak devices, was on the flight with his family. At 14:37 the An-10 departed...
Click to read more »1063/1.1693617. Kunkel, Wulf B. (1979). "Multimegawatt Neutral Beams for Tokamaks". IEEE Transactions on Nuclear Science. 26 (3): 4166–4171. doi:10.1109/TNS...
Click to read more »Zero-gravity vapor compression refrigeration compressor system (VCRS). All-metal Tokamak reactor tritium roughing vacuum pump. Environmental Control and Life Support...
Click to read more »power reactor based on magnetic confinement fusion, specifically a form of tokamak of low aspect ratio named a spheromak, which the firm terms a "spherical...
Click to read more »realizing his broader vision for simulations in such projects as the Numerical Tokamak. In the late 1970s and 1980s, while at UCLA, John pioneered the field of...
Click to read more »the solar corona, interplanetary space, Earth's magnetosphere, fusion tokamaks and many astrophysical objects. It is also the key controlling factor in...
Click to read more »interdisciplinary research centers, as well as the Columbia High-Beta Tokamak, the Robert A.W. Carleton Strength of Materials Laboratory, and a 200g...
Click to read more »ISSN 1364-503X. PMC 4410557. PMID 25897095. "Synergy between Solar and Tokamak Plasma Theory". University of Warwick. Retrieved 16 September 2018. "Mentors"...
Click to read more »flexible wires facilitating its potential application in, for example, tokamak fusion reactors. Magnesium diboride has a transition temperature of 39...
Click to read more »usually in the form of a tokamak or a stellarator. By constructing and demonstrating a full-scale facility, the ITER Tokamak will, as Coblentz puts it...
Click to read more »equations appearing in the stability theory of high-temperature plasma in tokamaks) and mathematical questions in general relativity. Considerable attention...
Click to read more »protons in the fusion plasma does not generate high-energy neutrons like the tokamak. According to Rostoker, neutral particles are then injected tangentially...
Click to read more »rotamak as a field-reversed configuration (Rotamak-FRC) and a spherical tokamak (Rotamak-ST)". Physics of Plasmas. 6 (5): 1950–1957. Bibcode:1999PhPl....
Click to read more »flux surface. As a consequence of this, a piecewise omnigenous field has tokamak-like neoclassical transport. For decades, stellarator designs have been...
Click to read more »operations expertise. JET is the world's largest operation experimental tokamak nuclear fusion reactor. Bombardment by high-energy neutrons produced in...
Click to read more »"second order instabilities" that emerged in containment, leading to the tokamak sawtooth effect, an important negative result. This result stood for decades...
Click to read more »begun with building Stellarator in 1951 by Spitzer, and continued with tokamaks, z-pinches and the laser produced plasmas. Progress in ion accelerators...
Click to read more »magnetized plasmas, and pellet injection in hot dense plasmas. In 1977 a small Tokamak was constructed for the purpose of wave propagation studies in the ion...
Click to read more »computer generated 3-dimensional sounds with 4 instruments, (IRCAM 1981) "Tokamak" for orchestra and piano (1982) "Naiiri" for amplified violin (or electric...
Click to read more »duplication and low-payoff projects. Given the exciting results with the tokamak released in 1968, Hirsch favoured a program with relatively few projects...
Click to read more »Department (FPSD), which had a role in development and startup of the Tokamak Reactor at the Princeton Plasma Physics Laboratory (PPPL) in 1982. Along...
Click to read more »made significant contributions to design, operation and diagnostics for tokamaks across the US and around the world, such as TFTR at the Princeton Plasma...
Click to read more »least the next hundred years, based on new observations by NASA. 29 March Tokamak Energy announces "first plasma" with its newly-upgraded prototype fusion...
Click to read more »injection, used to create the initial plasma current in the NSTX spherical tokamak, led Fatima Ebrahimi to propose a plasma thruster that uses fast magnetic...
Click to read more »required magnetic fields with external magnetic coils. This is different from tokamak devices where the toroidal magnetic field is generated by external coils...
Click to read more »National Fusion Research Institute in Daejeon, South Korea, where the KSTAR Tokamak is operated. In 2011, Diamond was jointly awarded the Hannes Alfvén Prize...
Click to read more »ToFeT Tod R. Lauer Toda field theory Tokamak Tokamak Fusion Test Reactor Tokamak de Fontenay aux Roses Tokamak à configuration variable Tollmien–Schlichting...
Click to read more »invented in the 1980s, originally intended to study positron transport in tokamak (fusion) plasmas. Subsequently, the technique was refined and is now used...
Click to read more »aging, diabetes, muscle-related and obesity interventions. 16 December Tokamak Energy announces a more efficient design for the cryogenic electronics...
Click to read more »as the director of the National Tokamak fusion Program, and oversaw the commissioning of the GLAss Spherical Tokamak (GLAST) at the Pakistan Institute...
Click to read more »better confinement of plasmas for fusion. The first high magnetic field tokamak confinement device, Alcator, was constructed and operated at the NML, successfully...
Click to read more »lasting impact on future research, leading towards tokamak technology. The Fontenay-aux-Roses tokamak (TFR) was the first of its kind in France and began...
Click to read more »Superboy #45 (September) Thunder and Lightning in New Teen Titans #32 Tokamak in Firestorm #15 (August) Trident in New Teen Titans #33 (July) Vigilante...
Click to read more »2011. Retrieved 15 August 2010. "Tale of a little pixel – Looking back at Tokamak 3". Notmart.org. 19 May 2010. Retrieved 15 August 2010. "'[kopete-devel]...
Click to read more »Thermonuclear Experimental Reactor (ITER), located in France, is an experimental tokamak nuclear fusion reactor that is a collaboration between 35 countries. This...
Click to read more »fusion research reactor (Q-shu Univ. Exp. with Steady-State Spherical Tokamak) The Power Supply Ridge is the generator supplies electricity for QUEST...
Click to read more »inequalities and pioneering quantum information science". 1982 to 1997 – Tokamak Fusion Test Reactor (TFTR) at PPPL, Princeton, US: Operated since 1982...
Click to read more »