Plasma Videos

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 1: Introduction to Plasmas

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 1: Introduction to Plasmas

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 2: Plasma Response to fields: Fluid Equations

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 2: Plasma Response to fields: Fluid Equations

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 3: DC Conductivity and Negative Differential Conductivity

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 3: DC Conductivity and Negative Differential Conductivity

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 4: RF Conductivity of Plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 4: RF Conductivity of Plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 5: RF Conductivity of Plasma Contd

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 5: RF Conductivity of Plasma Contd

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 6: Hall Effect, Cowling Effect and Cyclotron Resonance Heating

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 6: Hall Effect, Cowling Effect and Cyclotron Resonance Heating

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 7: Electromagnetic Wave Propagation in Plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 7: Electromagnetic Wave Propagation in Plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 8: Electromagnetic Wave Propagation in Plasma Contd.

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 8: Electromagnetic Wave Propagation in Plasma Contd.

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 9: Electromagnetic Wave Propagation Inhomogeneous Plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 9: Electromagnetic Wave Propagation Inhomogeneous Plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 10: Electrostatic Waves in Plasmas

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 10: Electrostatic Waves in Plasmas

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 11: Energy Flow with an Electrostatic Wave

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 11: Energy Flow with an Electrostatic Wave

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 12: Two Stream Instability

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 12: Two Stream Instability

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 13: Relativistic electron Beam - Plasma Interaction

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 13: Relativistic electron Beam - Plasma Interaction

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 14: Cerenkov Free Electron Laser

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 14: Cerenkov Free Electron Laser

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 15: Free Electron Laser

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 15: Free Electron Laser

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 16: Free Electron Laser: Energy gain

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 16: Free Electron Laser: Energy gain

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 17: Free Electron Laser: Wiggler Tapering and Compton Regime Operation

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 17: Free Electron Laser: Wiggler Tapering and Compton Regime Operation

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 18: Weibel Instability

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 18: Weibel Instability

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 19: Rayleigh Taylor Instability

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 19: Rayleigh Taylor Instability

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 20: Single Particle Motion in Static Magnetic and Electric Fields

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 20: Single Particle Motion in Static Magnetic and Electric Fields

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 21: Plasma Physics Grad B and Curvature Drifts

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 21: Plasma Physics Grad B and Curvature Drifts

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 22: Adiabatic Invariance of Magnetic Moment and Mirror confinement

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 22: Adiabatic Invariance of Magnetic Moment and Mirror confinement

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 23: Mirror machine

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 23: Mirror machine

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 24: Thermonuclear fusion

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 24: Thermonuclear fusion

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 25: Tokamak

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 25: Tokamak

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 26: Tokamak operation

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 26: Tokamak operation

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 27: Auxiliary heating and current drive in tokamak

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 27: Auxiliary heating and current drive in tokamak

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 28: Electromagnetic waves propagation in magnetise plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 28: Electromagnetic waves propagation in magnetise plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 29:Longitudinal electromagnetic wave propagation cutoffs, resonances, faraday rotation

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 29:Longitudinal electromagnetic wave propagation cutoffs, resonances, faraday rotation

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 30: Electromagnetic propagation at oblique angles to magnetic field in a plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 30: Electromagnetic propagation at oblique angles to magnetic field in a plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 31: Low frequency EM waves magnetized plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 31: Low frequency EM waves magnetized plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 32: Electrostatic waves in magnetized plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 32: Electrostatic waves in magnetized plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 33: Ion acoustic, ion cyclotron and magneto sonic waves in magnetized plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 33: Ion acoustic, ion cyclotron and magneto sonic waves in magnetized plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 34: VIasov theory of plasma waves

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 34: VIasov theory of plasma waves

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 35: Landau damping and growth of waves

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 35: Landau damping and growth of waves

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 36: Landau damping and growth of waves Contd.

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 36: Landau damping and growth of waves Contd.

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 37: Anomalous resistivity in a plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 37: Anomalous resistivity in a plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 38: Diffusion in plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 38: Diffusion in plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 39: Diffusion in magnetized plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 39: Diffusion in magnetized plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 40: Surface plasma wave

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 40: Surface plasma wave

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 41: Laser interaction with plasmas embedded with clusters

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 41: Laser interaction with plasmas embedded with clusters

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 42: Current trends and epilogue

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 42: Current trends and epilogue

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