| Description |
1 online resource (286 pages) |
| Contents |
Title Page; INDICE; Preface; Gruppo fotografico dei partecipanti al Corso; Physics of high-intensity laser-plasma interactions; Introduction; Field ionization; Plasma creation and characterization; Nonlinear laser propagation in underdense plasmas; Cold fluid equations; Electromagnetic waves; Electrostatic (Langmuir) waves; Dispersion properties; Relativistic self-focussing; Ponderomotive channel formation; Plasma wave propagation; Wakefield excitation; Electron acceleration; Laser interaction with solids; Collisional heating; Collisional absorption; Collisionless absorption |
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Hot electron generationIon acceleration; Numerical simulation of laser-plasma interactions; Hydrodynamics; Particle-in-cell codes; Tutorial on particle-in-cell simulation; The PIC code BOPS; Prerequisites; Installation; Running BOPS; Project I: Laser wakefield accelerator; Project II: Ion acceleration-TNSA vs. RPA; Accelerator physics: Basic principles on beam focusing and transport; Introduction; Laminar and non-laminar beams; The emittance concept; The r.m.s envelope equation; External forces; Space charge forces; Correlated emittance oscillations |
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Matching conditions in a plasma acceleratorLasers for laser-plasma acceleration; Introduction; Ultrashort laser pulses; Defining an ultrashort laser pulse; Ultrashort-pulse generation; Mode-locking; Maximising the energy; Master Oscillator Power Amplifier; Amplification; Gain saturation; Gain narrowing; Beam quality; Chirped-pulse amplification; Contrast; Laser technologies; Glass laser systems; Titanium-sapphire systems; Diode-pumped systems; Optical parametric chirped-pulse amplification systems; Conclusions; Particle beam diagnostics and control; Introduction; Beam charge measurements |
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Intercepting measurementsNon-intercepting measurements; Beam position monitors; Broad-band BPM pickups; Resonant BPM pickups; Diagnostics for the transverse phase space; Beam matrix based schemes; Phase space mapping based schemes; Beam profile measurements; Diagnostics for the longitudinal phase space; Bunch length measurements; Energy spread; Beam energy; Beam synchronous timing; Laser plasma diagnostics; Introduction; Basic physical processes; CPA lasers in experiments; Laser-solid interaction; Role of ASE in the interaction with plastic foils; Experimental signatures of preplasma |
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Propagation in gases and optical probingPropagation of ultraintense laser pulses in gas-jets; Basic spectroscopy techniques; The single-photon detection technique; Energy-resolved imaging; Fast electron transport in multilayer targets; Directional bremsstrahlung; Ion acceleration to study target resistivity; Conclusions; Preliminary results of the self-injection test experiment (SITE) at FLAME; Introduction; FLAME laser system; FLAME target area and main diagnostic; SITE preliminary results; Conclusion; Development of a Multi-GeV spectrometer for laser-plasma experiments at FLAME |
| Summary |
Impressive progress has been made in the field of laser-plasma acceleration in the last decade, with outstanding achievements from both experimental and theoretical viewpoints. Closely exploiting the development of ultra-intense, ultrashort pulse lasers, laser-plasma acceleration has developed rapidly, achieving accelerating gradients of the order of tens of GeV/m, and making the prospect of miniature accelerators a more realistic possibility. This book presents the lectures delivered at the Enrico Fermi International School of Physics and summer school: ""Laser-Plasma Acceleration"", held in |
| Notes |
Print version record |
| Subject |
Plasma accelerators -- Congresses
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Laser plasmas -- Congresses
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Laser plasmas.
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Plasma accelerators.
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| Genre/Form |
Conference papers and proceedings.
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| Form |
Electronic book
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| Author |
Gizzi, L. A
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Faccini, R
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| ISBN |
9781614991298 |
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1614991294 |
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