Lecture 71 of 72Week 12
Lecture 36A: Laser Plasma accelerators and Accelerator Driven Systems (ADS)
Prof. Pitamber Singh, Prof. Rajni Pande and Prof. Amalendu Sharma · IIT Bombay
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- Accelerator Physics, IIT Bombay (at NPTEL)
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All the lectures
- Lecture 1A: Why accelerators
- Lecture 1B: Why accelerators
- Lecture 2A: Charging and discharging of capacitors
- Lecture 2B: Charging and discharging of capacitors
- Lecture 3A: Introduction to DC accelerators
- Lecture 3B: Introduction to DC accelerators
- Lecture 4A: Van-de-Graaff accelerator and Tandem & Pelletron accelerators
- Lecture 4B: Van-de-Graaff accelerator and Tandem & Pelletron accelerators
- Lecture 5A: Voltage measurement and stabilisation
- Lecture 5B: Voltage measurement and stabilisation
- Lecture 6A: Beam energy calibration/ measurement
- Lecture 6B: Beam energy calibration/ measurement
- Lecture 7A: Beam focussing using electrostatic & magnetic lenses and beam optics
- Lecture 7B: Beam focussing using electrostatic & magnetic lenses and beam optics
- Lecture 7C: Beam focussing using electrostatic & magnetic lenses and beam optics
- Lecture 8A: Ion Sources
- Lecture 8B: Ion Sources
- Lecture 9A: Introduction and Basic concepts of linear accelerators
- Lecture 9B: Introduction and Basic concepts of linear accelerators
- Lecture 10A: RF Acceleration-1
- Lecture 10B: RF Acceleration-1
- Lecture 11A: RF Acceleration-2
- Lecture 11B: RF Acceleration-2
- Lecture 12A: RF Acceleration-3 – Waveguides and cavities
- Lecture12B: RF Acceleration-3 – Waveguides and cavities
- Lecture 13A: Accelerating structures-Pillbox cavity and DTL
- Lecture 13B: Accelerating structures-Pillbox cavity and DTL
- Lecture 14A: Accelerating structures- Travelling wave linacs and periodic accelerating structures
- Lecture 14B: Accelerating structures- Travelling wave linacs and periodic accelerating structures
- Lecture 15A: Superconducting cavities
- Lecture 15B: Superconducting cavities
- Lecture 16A: Transverse Dynamics -1
- Lecture 16B: Transverse Dynamics -1
- Lecture 17A: Transverse Dynamics -2
- Lecture 17B: Transverse Dynamics -2
- Lecture 18A: Transverse Dynamics – 3
- Lecture 18B: Transverse Dynamics – 3
- Lecture 19A: Longitudinal Dynamics – 1
- Lecture 19B: Longitudinal Dynamics – 1
- Lecture 20A: Longitudinal Dynamics – 2
- Lecture 20B: Longitudinal Dynamics – 2
- Lecture 21A: Radio Frequency Quadrupole
- Lecture 21B: Radio Frequency Quadrupole
- Lecture 22A: Cyclic accelerators: Some basic principles
- Lecture 22B: Cyclic accelerators: Some basic principles
- Lecture 23A: About the cyclotron
- Lecture 23B: About the cyclotron
- Lecture 24: Microtron
- Lecture 25A: Equation of motion, Focusing
- Lecture 25B: Equation of motion, Focusing-Copy
- Lecture 26A: Strong focusing, Edge focusing, AG principle
- Lecture 26B: Strong focusing, Edge focusing, AG principle-Copy
- Lecture 27A: Matrix methods
- Lecture 27B: Matrix methods
- Lecture 28A: Hill’s equation and parameterization-1
- Lecture 28B: Hill’s equation and parameterization-1
- Lecture 29A: Hill’s equation and parameterization-2
- Lecture 29B: Hill’s equation and parameterization-2
- Lecture 30A: Hill’s equation and parameterization-3
- Lecture 30B: Hill’s equation and parameterization-3
- Lecture 31A: Chromaticity
- Lecture 31B: Chromaticity
- Lecture 32A: Basics of longitudinal dynamics
- Lecture 32B: Basics of longitudinal dynamics
- Lecture 33A: Synchrotron Radiation Source
- Lecture 33B: Synchrotron Radiation Source
- Lecture 34A: Proton synchrotron for spallation source
- Lecture 34B: Proton synchrotron for spallation source
- Lecture 35A: Colliders
- Lecture 35B: Colliders
- Lecture 36A: Laser Plasma accelerators and Accelerator Driven Systems (ADS)
- Lecture 36B: Laser Plasma accelerators and Accelerator Driven Systems (ADS)