NOC:Theory and Applications in Thermal and Cold Plasma

Lecture 1 - Introduction

Lecture 2 - Fundamentals of Thermal and Cold Plasma

Lecture 3 - Theory and Applications in Thermal and Cold Plasma

Lecture 4 - Theory and Applications in Thermal and Cold Plasma

Lecture 5 - Saha Ionization Equation and That Follows

Lecture 6 - Tutorial-1: Theory and Applications in Thermal and Cold Plasma

Lecture 7 - Plasma Screening

Lecture 8 - Propagation of EM Waves in Plasma

Lecture 9 - Further Details on The Basics of EM Waves in Plasma

Lecture 10 - Collisions in Plasma: Plasma Temperature and Equilibria

Lecture 11 - Tutorial-2: Plasma Physics Fundamentals

Lecture 12 - Large Angle and Small Angle Scattering in Plasma

Lecture 13 - Small Angle Scattering in Plasma

Lecture 14 - Ambipolar Diffusion in Plasma

Lecture 15 - Description of Plasma Kinetics: Orbit Theory, Kinetic Theory and Fluid Model

Lecture 16 - Tutorial-3: Understanding Ionization, Gas Behavior, and Maxwell-Boltzmann Distribution

Lecture 17 - Description of Plasma Kinetics: Orbit Theory

Lecture 18 - Description of Plasma Kinetics: Orbit Theory-Plasma Confinement

Lecture 19 - Description of Plasma Kinetics: Plasma Kinetic Theory

Lecture 20 - Description of Plasma Kinetics: Electrostatic Waves in Plasma

Lecture 21 - Review of Key Concepts: Week 1-3 - Part A

Lecture 22 - Review of Key Concepts: Week 1-3 - Part B

Lecture 23 - Tutorial-4: Gas Ionization and Breakdown Mechanisms

Lecture 24 - Description of Plasma Kinetics: Langmuir Wave

Lecture 25 - Plasma Fluid Model

Lecture 26 - Some More Insights on High Frequency Electrostatic Waves in Plasma

Lecture 27 - Further Insights into Dispersion Relation

Lecture 28 - Tutorial-5: Plasma Kinetics, Thermodynamics and Excitation in Plasma

Lecture 29 - First Order Moment of Plasma Kinetic Equation

Lecture 30 - Generalized Ohms Law

Lecture 31 - Expression for Generalized Ohms Law and Reduction to Ordinary Ohm’s Law

Lecture 32 - Energy Conservation Equation

Lecture 33 - Tutorial-6: Plasma Devices, Characteristics and Plasma Parameters

Lecture 34 - Energy Conservation Equation: Solution technique

Lecture 35 - Navier Stokes Equation in Plasma

Lecture 36 - Numerical Solution of Fluid Equations: Thermodynamic and transport properties, an example

Lecture 37 - Finding Solution of Fluid Equations in a Plasma Torch: example of N2-O2 plasma

Lecture 38 - Tutorial-7: Thermodynamic and Transport Properties in Plasma

Lecture 39 - Review of Key Concepts: Week 4-6 - Part A

Lecture 40 - Review of Key Concepts: Week 4-6 - Part B

Lecture 41 - Actual Solutions of Fluid Equations in a Plasma Torch

Lecture 42 - Understanding the Solution of Fluid Equations in a Plasma Torch

Lecture 43 - Understanding the Solution Results and Designing a Plasma Torch

Lecture 44 - Designing Plasma Torches with Desired Electrothermal Efficiency and Jet Characteristics

Lecture 45 - Tutorial-8: RF and Cold Plasma Devices

Lecture 46 - Features of Plasma Jets in Practice

Lecture 47 - Plasma Production

Lecture 48 - Paschen Break Down Criteria

Lecture 49 - AC Breakdown

Lecture 50 - Tutorial-9: Plasma Thermodynamics and Radiation equilibrium

Lecture 51 - Review of Key Concepts: Week 7-9 - Part A

Lecture 52 - Review of Key Concepts: Week 7-9 - Part B

Lecture 53 - Plasma Sources

Lecture 54 - Typical Configuration of Arc Devices and Special Features

Lecture 55 - Plasma Power Supplies: Steady and Unsteady Operating Points, RF Thermal Plasma Sources

Lecture 56 - RF plasma-Thermal Plasma Sources

Lecture 57 - Non-Thermal Plasma Sources: Atmospheric pressure plasma jets (APPJ)

Lecture 58 - Tutorial-10: Advanced Plasma Diagnostics

Lecture 59 - Non-Thermal Plasma Sources: ECR Plasma and Plasma Sheath

Lecture 60 - Plasma Sheath-mathematical modelling

Lecture 61 - Plasma Diagnostics

Lecture 62 - Boltzmann Plot Technique

Lecture 63 - Plasma Diagnosis: Finding number density

Lecture 64 - Tutorial-11: Plasma Technology for Renewable Energy and Environment

Lecture 65 - Plasma Diagnosis: Langmuir Probe Principles

Lecture 66 - Plasma Application

Lecture 67 - Plasma Application: Waste Management Capacity, Efficacy and Empowerment, thermal plasma for material testing under extreme conditions

Lecture 68 - Atmospheric Pressure Plasma Spray (APS), Plasma Metallurgy and Novel Materials

Lecture 69 - Plasma Medicine and Plasma in Agriculture

Lecture 70 - Tutorial-12: Plasma Technology for Industrial Applications: Options, Efficacy and Benefits

Lecture 71 - Review of Key Concepts: Week 10-12 - Part A

Lecture 72 - Review of Key Concepts: Week 10-12 - Part B