Príklady accelerator

• Repetitively pulsed high-current accelerators with transformer charging of forming lines.

• Recirculating induction accelerators as drivers for heavy ion fusion.

• Feasibility of using laser ion accelerators in proton therapy.

• Perhaps higher-energy tests in particle accelerators might show up such non-linearities in the future.

• Detailed cost estimates need to be made, but the time regime for the shor t pulse design is very similar to electron induction accelerators.

• The on-axis density minimum features of these two channels make both of them suitable guiding channels for the laser wakefield accelerators.

• Steering algorhythms for linear and recirculation heavy ion accelerators.

• The use of plasma waveguides as accelerating structures in linear accelerators.

• The gantries themselves are more imposing structures than linear accelerators and can enclose patients as much as helical tomotherapy equipment.

• The previous research on the coaxial plasma accelerators should be thought of as referring to a particular case in which the plasma does not rotate.

• There is a high level of stability and azimuthal symmetry of the moving plasma in the accelerators.

• The ampoules, with pistons being mounted at the top of them, were set in motion by means of gas accelerators.

• Such an accelerating gradient is more than a thousand times larger than in conventional accelerators.

• The centre comprises a main campus with 5 linear accelerators, three satellite centres with 2 linear accelerators each and a single machine rural site.

• We believe that our results can give some enlightenment on the future laser-plasma based accelerators.