Add to ORKGThe superconducting magnets of the LHC will be powered in about 1700 electrical circuits. The energy stored in circuits, up to 1.3 GJ, can potentially cause severe damage of magnets, bus bars and current leads. In order to protect the superconducting elements after a resistive transition, the energy is dissipated into a dump resistor installed in series with the magnet chain that is switched into the circuit by opening current breakers. Experiments and simulation studies have been performed to identify the LHC circuits that need energy extraction. The required values of the extraction resistors have been computed. The outcome of the experimental results and the simulation studies are presented and the design of the different energy extracti...
The superconducting magnet systems of LHD-type reactors have large magnetic energies of over 100 GJ....
More than 600 DC opening switches assure the role of energy extraction in the powering circuits of t...
The purpose of this paper is to provide the electrical power needed from the grid for the power conv...
The superconducting magnets of the LHC will be powered in about 1700 electrical circuits. The energy...
quadrupole magnets. The electromagnets are built of special cables that operate in superconducting s...
The risk of damage to the superconducting magnets, bus bars and current leads of the LHC machine in ...
The energy stored in all the LHC dipoles, about 11 GJ, can potentially cause severe damage to the ma...
In case of a resistive transition (quench), fast and reliable extraction of the magnetic energy, sto...
Superconducting magnets in accelerators can store a significant amount of energy, which under certai...
To extract the large amount of energy stored in the magnetic field of the LHC superconducting dipole...
In the LHC about 6500 superconducting corrector magnets will be powered either in stand-alone mode o...
Superconducting accelerators, and in particular the LHC, require detailed analysis of the electrical...
A very large number of magnets, both superconducting and conventional copper conductor magnets, are ...
For future accelerators, a new approach is studied for energy extraction systems which enable energy...
The Large Hadron Collider (LHC) is systematically undergoing periods of maintenance stop (either 4-5...
The superconducting magnet systems of LHD-type reactors have large magnetic energies of over 100 GJ....
More than 600 DC opening switches assure the role of energy extraction in the powering circuits of t...
The purpose of this paper is to provide the electrical power needed from the grid for the power conv...
The superconducting magnets of the LHC will be powered in about 1700 electrical circuits. The energy...
quadrupole magnets. The electromagnets are built of special cables that operate in superconducting s...
The risk of damage to the superconducting magnets, bus bars and current leads of the LHC machine in ...
The energy stored in all the LHC dipoles, about 11 GJ, can potentially cause severe damage to the ma...
In case of a resistive transition (quench), fast and reliable extraction of the magnetic energy, sto...
Superconducting magnets in accelerators can store a significant amount of energy, which under certai...
To extract the large amount of energy stored in the magnetic field of the LHC superconducting dipole...
In the LHC about 6500 superconducting corrector magnets will be powered either in stand-alone mode o...
Superconducting accelerators, and in particular the LHC, require detailed analysis of the electrical...
A very large number of magnets, both superconducting and conventional copper conductor magnets, are ...
For future accelerators, a new approach is studied for energy extraction systems which enable energy...
The Large Hadron Collider (LHC) is systematically undergoing periods of maintenance stop (either 4-5...
The superconducting magnet systems of LHD-type reactors have large magnetic energies of over 100 GJ....
More than 600 DC opening switches assure the role of energy extraction in the powering circuits of t...
The purpose of this paper is to provide the electrical power needed from the grid for the power conv...