Lectures related to Langmuir adsorption model

Explores adsorption mechanisms, elementary kinetics, active sites, and transport effects in heterogeneous catalysis.

Covers the fundamental concepts of adsorption at interfaces, focusing on the Gibbs, Langmuir, and BET models.

Explores chemisorption, catalysis, and adsorption on solid surfaces, including energy differences and bond formation.

Explores adsorption kinetics, desorption effects, NH₃ synthesis, and surface reactions, emphasizing surface equilibrium and competitive adsorption.

Explains the Langmuir isotherm equilibrium derivation and different isotherm models.

Covers Langmuir, Fowler-Guggenheim, and BET adsorption isotherms, capillary condensation, and chemisorption concepts.

Explores slurry phase degradation, adsorption, reactor sizing, equilibrium isotherms, and carbon adsorption in packed beds.

Explores the partitioning of organic compounds between solid and water phases, equilibrium sorption, and pollutant distribution.

Introduces the basics of catalysis, covering chemical bond breaking, molecular orbital theory, metal bonding, adsorption, and reaction kinetics.

Explores surface sensors, binding kinetics, Langmuir isotherm, and analyte concentration strategies.

Covers adsorption at gas/solid interface, including physisorption, chemisorption, and Xenon atom manipulation using STM.

Explores the kinetics and limitations of immunoassays, including equilibrium surface capture and microchannel techniques.

Covers water vapor sorption in cementitious materials, including important terms, pore width effects, hysteresis, and sorption classifications.

Explores challenges in defining interfaces and various isotherms used in adsorption studies.

Compares physisorption and chemisorption, covering interaction, strength, equilibrium, and gas adsorption isotherms.

Covers surface tension, adsorption, and electrokinetics, including gas/liquid interface, Langmuir isotherm, and electro-osmosis.

Covers the principles of adsorption, focusing on physisorption and chemisorption.

Introduces catalyst characterization techniques and challenges in measuring metal surface area accurately.

Explores adsorption, isotherms, and surface tension phenomena in nanoscale materials.