Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup | Paper Citation Record

Observation 7866f665-2a08-4a8d-bd63-2d84729e61e5 · outbound

This paper cites Breizman, Pavel Aleynikov, Eric M.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Breizman, Pavel Aleynikov, Eric M

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This paper cites Mart ´ ın-Sol ´ ıs, A.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Mart ´ ın-Sol ´ ıs, A

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This paper cites Knoepfel and D.A.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Knoepfel and D.A

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Observation 83260444-3e4c-4116-9143-82a3ba8841a6 · outbound

This paper cites de Vries and Y.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup de Vries and Y

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Progress in simulation of ITER First Plasma operation

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Unresolved cited work

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Observation 1f7a8894-b4a9-479d-b674-fce7e0828428 · outbound

This paper cites Toroidal ﬁeld coil quench caused by runaway electrons on the west tokamak.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Toroidal ﬁeld coil quench caused by runaway electrons on the west tokamak

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Observation cfe2f3b5-cf9d-47bc-8027-3f24cddf3975 · outbound

This paper cites Runaway electrons during tokamak startup.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Runaway electrons during tokamak startup

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This paper cites Eﬀects of low-z impurities during the start-up phase of a large tokamak.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Eﬀects of low-z impurities during the start-up phase of a large tokamak

Reference 9

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Observation fca09494-12e6-4f63-bcea-4d52b74321bf · outbound

This paper cites Connor and R.J.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Connor and R.J

Reference 10

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Observation 78839181-26f9-45cb-8228-fdcdb6d5aca9 · outbound

This paper cites de Vries, Y.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup de Vries, Y

Reference 11

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This paper cites Comparison of start-up runaway electron generation sim- ulations using the scenplint code with jet experimental observations.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Comparison of start-up runaway electron generation sim- ulations using the scenplint code with jet experimental observations

Reference 12

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Observation 4ddbbf2d-3f22-430d-a77f-b3971d9f1ca2 · outbound

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Hoppe, I

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Observation 5195d4bb-fb09-4822-bede-05fb1708ae56 · outbound

This paper cites Matsuyama, T.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Matsuyama, T

Reference 14

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This paper cites Enhancement of plasma burn- through simulation and validation in JET.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Enhancement of plasma burn- through simulation and validation in JET

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Development of full electromagnetic plasma burn-through model and validation in MAST

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This paper cites Multi-machine validation of plasma ini- tiation modelling and prospects for future devices: Pre- dicting plasma initiation using only hardware design and control room input data.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Multi-machine validation of plasma ini- tiation modelling and prospects for future devices: Pre- dicting plasma initiation using only hardware design and control room input data

Reference 17

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Observation 03b2f79a-3b1b-4b1f-9d43-77a44fb70bac · outbound

This paper cites Start-up runaway generation with neutral and low z impurity reduced screening eﬀects at the kstar ohmic plasma.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Start-up runaway generation with neutral and low z impurity reduced screening eﬀects at the kstar ohmic plasma

Reference 18

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Observation a8f2b2f4-cbd4-4150-bc9f-2823eef23c31 · outbound

This paper cites Stability analysi s of runaway-driven waves in a tokamak.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Stability analysi s of runaway-driven waves in a tokamak

Reference 19

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Observation 6098ab78-4f32-4881-bc95-ca96db6e99d3 · outbound

This paper cites Excita- tion of whistler and slow-x waves by runaway electrons in a collisional plasma.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Excita- tion of whistler and slow-x waves by runaway electrons in a collisional plasma

Reference 20

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This paper cites Spatiotemporal evolution of runaway electron momentum distributions in tokamaks.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Spatiotemporal evolution of runaway electron momentum distributions in tokamaks

Reference 21

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Observation f32d38b8-512a-41d7-8a51-b59710b0f855 · outbound

This paper cites Resolving runaway electron distributions in space, time, and energy.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Resolving runaway electron distributions in space, time, and energy

Reference 22

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Electron cyclotron emission from nonthermal tokamak plasmas

Reference 23

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Role of kinetic instability in runaway-electron avalanches and elevated critical electric ﬁelds

Reference 24

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup The eﬀects of kinetic instabilities on the electron cyclotron emission from runaway electrons

Reference 25

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This paper cites Non-thermal electron cyclotron emission during runaway plateau in tokamak disruptions from an analytic hot plasma dispersion tensor, 2026.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Non-thermal electron cyclotron emission during runaway plateau in tokamak disruptions from an analytic hot plasma dispersion tensor, 2026

Reference 26

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This paper cites Integrated operation scenarios: Chapter 6 of the special issue: on the path to tokamak burning plasma operation.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Integrated operation scenarios: Chapter 6 of the special issue: on the path to tokamak burning plasma operation

Reference 27

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Observation bf7011f9-82ed-415f-8b89-a0bccdd860a9 · outbound

This paper cites On the theory of runaway electrons.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup On the theory of runaway electrons

Reference 28

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Observation 1807d805-4ad0-40e6-bd55-515d907e0341 · outbound

This paper cites Theory for avalanche of runaway electrons in tokamaks.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Theory for avalanche of runaway electrons in tokamaks

Reference 29

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Observation 6439c3ba-9c25-492c-97b0-67c0954d73c1 · outbound

This paper cites Lee, P.C.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Lee, P.C

Reference 30

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Runaway Electrons in Tokamak Startup

Reference 31

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This paper cites Evidence of a turbulent exb mixing avalanche mechanism of gas breakdown in strongly magnetized systems.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Evidence of a turbulent exb mixing avalanche mechanism of gas breakdown in strongly magnetized systems

Reference 32

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This paper cites Development of 2d implicit particle simulation code for ohmic breakdown physics in a tokamak.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Development of 2d implicit particle simulation code for ohmic breakdown physics in a tokamak

Reference 33

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Volt-second analysis and consumption in doublet iii plasmas

Reference 34

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This paper cites Validation of a plasma burn-through simulation with an ech power absorption model in kstar.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Validation of a plasma burn-through simulation with an ech power absorption model in kstar

Reference 35

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This paper cites Validation of prediction capability of operating space for plasma initiation in mast-u.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Validation of prediction capability of operating space for plasma initiation in mast-u

Reference 36

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Validation of dyon simulations and development of physical sputtering models for lithiation and boronisation in east

Reference 37

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This paper cites Improvement and validation of plasma initiation model for versatile experiment spherical torus.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Improvement and validation of plasma initiation model for versatile experiment spherical torus

Reference 38

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This paper cites Development of penning ion gauge for in-situ measurement of neutral pressure in vest.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Development of penning ion gauge for in-situ measurement of neutral pressure in vest

Reference 39

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Unresolved cited work

Reference 40

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This paper cites Runaway electron measurements in the jet tokamak.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Runaway electron measurements in the jet tokamak

Reference 41

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Observation d138c05b-7f91-408d-82b6-8f73f3217045 · outbound

This paper cites Lloyd, G.L.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Lloyd, G.L

Reference 42

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This paper cites Current dynamics during dis- ruptions in large tokamaks.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Current dynamics during dis- ruptions in large tokamaks

Reference 43

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Collision operator for electron runaway in cold weakly ionised plasmas

Reference 44

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Runaway electron dynamics in tokamak plasmas with high impurity content

Reference 45

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Quantum kinetics of fast-electron inelastic colli- sions in partially-ionized plasmas

Reference 46

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Theory of two threshold ﬁelds for relativistic runaway electrons

Reference 47

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Benchmarking of codes for plasma burn- through in tokamaks

Reference 48

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Unresolved cited work

Reference 49

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Experimental investigation of toroidal eddy current in the in-vessel components during plasma disruption in the kstar tokamak

Reference 50

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Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Stable plasma start-up in the kstar device under various discharge conditions

Reference 51

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This paper cites Analysis of runaway electron discharge formation during joint european torus plasma start-up.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Analysis of runaway electron discharge formation during joint european torus plasma start-up

Reference 52

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This paper cites Characterisation of plasma breakdown at jet with a carbon and iter-like wall.

Self-consistent modelling and qualitative comparison of mildly relativistic runaway electron dynamics with a closed flux surface formation model during tokamak startup Characterisation of plasma breakdown at jet with a carbon and iter-like wall

Reference 53

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