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Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Courses and Certificate Fees
| Fees Informations | Certificate Availability | Certificate Providing Authority |
|---|---|---|
| INR 1000 | yes | IIT Bombay |
The Syllabus
- Introduction to Accelerators
- Accelerator as microscope
- Up and down quarks
- High voltage systems for accelerators -Charging and discharging of capacitors
- Time constant of the circuit
- Diode I-V characteristics
- Introduction to DC accelerators-Cockcroft-Walton accelerators
- Capacitance
- Neutron generation
- Van de Graaff
- Tandem
- Pelletron accelerators
- Negative ions
- Electron stripping
- Belt charging
- Induction charging
- Pellet chain
- Generating Voltmeter
- Corona feedback
- Voltage stabilisation
- Beam energy calibration
- Beam focussing using electrostatic and magnetic lenses and beam optics
- Einzel lens
- Functioning of quadrupole lenses
- Beam focussing
- Beam dynamics
- Ion Sources
- Duoplasmatron
- SNICS ion source
- Alphatross ion source
- RF accelerator
- Linear accelerator
- Relativistic mechanics
- Lorentz force
- Magnetic field
- Electric field
- RF Acceleration
- Isochronism
- Principle of successive acceleration
- Phase stability
- Transit time factor
- Wideroe linac
- Alvarez linac
- Electromagnetic waves in free space
- TEM waves
- Boundary conditions
- Standing waves
- Travelling waves
- Modes
- Cut off frequency
- Guided wavelength
- Waveguide
- Rectangular waveguide
- Cylindrical waveguide
- Rectangular cavity
- Cylindrical cavity
- Accelerating structures-Pillbox cavity and DTL
- Accelerating structures- Travelling wave linacs and periodic accelerating structures
- Power dissipation
- Superconductivity
- Superconducting cavity
- Normal conducting cavity
- DC
- CW
- Pulsed beam
- HWR
- QWR
- SSR
- Elliptical cavity
- Transverse Dynamics in Linacs
- Different focusing lattices used in linacs
- Hill’s equation and its solution
- Twiss parameters and beam emittance
- Space charge force
- Beam phase space
- Emittance
- Beam distribution
- KV distribution
- Waterbag distribution
- RMS emittance
- Envelope
- Equation with space charge
- Longitudinal dynamics in LINACs
- Synchronous phase
- Phase stability
- Separatrix
- Separatrix phase width
- Longitudinal stability
- Stability criteria
- Synchronous oscillation with small and large amplitudes
- Radio Frequency Quadrupole
- Focusing in the RFQ
- Beam bunching and acceleration in the RFQ
- TE210 like mode in the RFQ cavity
- Overview of the cyclic accelerators
- Basic introduction to cyclotrons
- Basic introduction to microtrons
- Introduction to the coordinate system useful in accelerator physics
- Geometric focusing
- Focusing for charged particle optics
- Based on dipole magnet
- Gradient and quadrupole magnet
- Solving Hills’s equation using method of matrices
- Transfer matrices of different elements
- Analysis of optics
- Using transfer matrices
- Obtaining Twiss parameters and invariant of motion
- Periodic optics and Twiss parameters
- Concept of beam emittance
- RMS emittance and normalized emittance
- FODO optics and concept of stability
- Introduction to dispersion and achromat
- Chromaticity and its formula
- Correction of chromaticity by sextupole magnets
- Introduction to phase stability and synchrotron oscillations in a synchrotron
- Concept of booster and storage ring
- Introduction to synchrotron radiation source
- Proton synchrotron
- Spallation Neutron Source
- Collider
- Luminosity
- Wakefield
- Electron plasma wave
- Electron density perturbation
- Plasma oscillation
- Accelerating gradient
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