Topic: Joule Thomson effect, Joule Thompson Coefficient, Inversion Temperature, inversion curve, Joule Kelvin Effect

A complete explanation for the Joule Thomson effect is provided. Joule Thomson effect is an isenthalpic process, this concept is proven. You will find the concept of inversion temperature and Joule Thomson Coefficient (JT Coefficient). The importance of the Inversion curve has been discussed. This video is a part of a video lecture series on Thermodynamics. This is mainly important for BSc physics BScPhysics, B.Tech Physics.

With Dr. Pankaj on youtube channel #GyanshreePhysicsLecture

Lecture 1: Helmholtz Free Energy
   • Helmholtz Free Energy | In Hindi | Th...  

Lecture 2: Gibbs Free Energy
   • Gibbs Free Energy | In Hindi |Thermod...  

Lecture 3: Internal Energy and Enthalpy
   • Internal Energy | Enthalpy | Thermody...  

Lecture 4: Maxwell's Relation
   • Maxwell's thermodynamic Relations | D...  

Lecture 5: TdS equations in thermodynamics
   • TdS equations in thermodynamics | Der...  

Lecture 6: CpCv relationship
   • CpCv relations in thermodynamics | S...  

Lecture 7: Energy equations in Thermodynamics
   • Energy Equations in thermodynamics | ...  

Lecture 8: Joule Experiment | Free adiabatic expansion of Ideal Gas | Adiabatic heating and Cooling
   • Joule experiment |Free adiabatic expa...  

Lecture 9: Derivation of Clausius Clapeyron equation from Maxwell's Relation
   • Clausius Clapeyron equation | Derivat...  

Lecture 10: Cooling by adiabatic Demagnetization, Work done in magnetization
   • Cooling by adiabatic Demagnetization ...  

Lecture 11 : First Order Phase transition, Clausius Clapeyron Equation
   • First order phase transition in Therm...  

Lecture 12: second order phase transition | Derivation and significance of Ehrenfest equation
   • second order phase transition | Deriv...