• Boiler Feed Water and its Specifications
  04:38
• Internal Treatment of Boiler Feed Water
  01:29
• External Treatment of Boiler Feed Water
  03:34
• Scale And Sludge Formation
  05:55
• Priming and Foaming
  02:28
• Boiler Corrosion and its Causes
  02:28
• Methods to Prevent Boiler Corrosion
  04:16
• Caustic Embrittlement
  03:29
• External Treatment Methods of Boiler Feed Water
  02:55
• Hard Water and Different Methods of Water Softening
  03:00
• Cold Lime Soda Process
  03:13
• Hot Lime Soda Process
  03:39
• Advantages and Disadvantages of Lime Soda Process
  01:27
• Zeolites
  03:20
• Zeolite Process
  02:46
• Ion Exchange Resins
  02:16
• Ion Exchange Process
  04:26
• Desalination of Brackish Water
  02:02
• Electrodialysis
  03:22
• Reverse Osmosis Process
  03:41
• Water for Domestic Purposes
  03:19
• Screening And Sedimentation
  03:08
• Sedimentation Aided with Coagulation
  03:33
• Filteration
  03:47
• Disinfection
  03:59
• Break Point Chlorination
  03:34
• Ozonisation
  02:46
• Aeration and Ultraviolet Rays Treatment
  02:57
• Introduction to Photochemistry
  02:49
• Light Sources of Photochemistry
  02:52
• Photophysical and Photochemical Processes
  03:04
• Lambert's Law
  03:24
• Lambert Beer's Law
  03:21
• Limitations and Applications of Lambert Beer's Law
  02:30
• First Law of Photochemistry
  02:42
• Second Law of Photochemistry
  03:25
• Quantum Yield
  01:57
• Classification of Photochemical Reactions
  01:40
• Fluorescence
  02:58
• Phosphorescence
  02:26
• Jablonski's Diagram
  06:45
• Electron Orbits and Energy Levels
  02:52
• Conductors, Semiconductors And Insulators
  03:02
• Intrinsic Semiconductors
  02:51
• Extrinsic Semiconductors: n Type
  04:32
• Extrinsic Semiconductors: p Type
  04:41
• Unbiased Diode: P-N Junction
  01:37
• Barrier Voltage and Depletion Region
  05:34
• Applications of Semiconductor Photochemistry
  02:37
• Large Molecules and Supra Molecules
  02:27
• Introduction to Corrosion and its Types
  03:54
• Dry Corrosion and its Mechanism
  05:15
• Different Types of Surface Films
  03:32
• Wet Corrosion and its Mechanism
  04:31
• Galvanic Corrosion
  03:02
• Differential Aeration Corrosion
  03:17
• Crevice Corrosion
  02:56
• Pitting Corrosion
  02:34
• Water Line Corrosion
  02:25
• Stress Corrosion
  03:15
• Soil Corrosion
  02:39
• Methods of Corrosion Control
  03:31
• Cathodic Protection Method of Corrosion Control
  03:07
• Protective Coatings and Linings
  05:16
• Corrosion Inhibitors
  03:42
• Introduction to Electromagnetic Radiation
  02:22
• Introduction to Spectroscopy
  02:08
• Atomic and Molecular Spectroscopy
  04:21
• Types of Molecular Spectra
  02:17
• Selection Rules in Spectroscopy
  02:52
• Spectral Lines
  03:18
• Line Widths of Spectral Lines
  05:43
• Intensities of Spectral Lines
  02:50
• Types of Spectroscopy
  02:50
• Principle of UV-Visible Spectroscopy
  03:21
• Different Types of Molecular Orbitals
  02:44
• Types of Electronic Transition in UV-Visible Spectroscopy
  03:29
• Construction and Working of UV-Visible Spectrometer
  04:16
• Examples of UV-Visible Spectrum
  04:43
• Chromophores
  03:19
• Auxochromes
  01:55
• Franck-Condon Principles
  03:37
• Application of UV-Visible Spectroscopy
  07:37
• Principle of IR Spectroscopy
  04:04
• Instrumentation of IR Spectrometer
  04:22
• Infrared Spectrum
  03:17
• Interaction between Vibrating Molecule and Infrared Radiation
  03:50
• Vibrational Frequency
  04:00
• Vibration Modes and its Types
  05:17
• Factors Affecting Vibrational Frequency
  03:09
• Application of IR Spectroscopy
  04:30
• Principle of NMR Spectroscopy
  03:16
• Construction of NMR Spectroscopic Instruments
  02:51
• Chemical Shift
  03:47
• Spin-Spin Splitting
  03:38
• Application of NMR Spectroscopy
  03:54
• How to Study NMR Spectrum
  02:45
• Polymers: Introduction and Classification
  04:39
• Functionality of Polymers
  02:14
• Types of Polymerisation
  03:32
• Tacticity of Polymers
  02:05
• Molecular Weight of Polymer
  03:57
• Effect of Molecular Weight on Properties of Polymers
  02:49
• Mechanical Properties of Polymers
  02:27
• Polymer Reinforced Composites
  03:50
• Classification and Characteristics of Polymer Composites
  03:11
• Thermoplastic and Thermosetting Resins
  01:24
• Elastomers and Synthetic Fibres
  01:29
• Ion Exchange Resins
  02:32
• Organic Conducting and Biodegradable Polymers
  02:10
• Introduction to Nanochemistry
  02:35
• Coercing Colloids
  02:45
• Molecular Orbital Theory and its Applications in Diatomic Molecules
  04:06
• Hydrogen Bond
  00:47
• Metallic Bond and their Applications
  00:55
• Various States of Matter
  03:50
• Types of Unit Cell
  02:11
• One and Two Dimensional Solids
  01:21
• Graphite and its Conduction Properties
  02:17
• Fullerenes and their Applications
  01:12
• Order and Molecularity of Reactions
  02:47
• Zero Order, First Order and Second Order Reactions
  03:04
• Integrated Rate Equations
  01:20
• Phase Rule and its Applications to One Component System
  02:49
• Electrochemical Cells
  01:29
• Galvanic and Concentration Cells
  01:12
• Electrochemical Theory of Corrosion and Protection of Corrosion
  01:59
• Fuel Cells
  01:28
• Inductive, Electromeric Mesomeric and Hyperconjugative Effects
  02:55
• Carbocation and Free Radicals
  01:51
• Mechanism of Nucleophilic Substitutions
  01:51
• Aldol Condensation
  01:49
• Cannizaro Reaction
  01:30
• Beckman Rearrangement
  01:46
• Hoffmann Rearrangement
  01:32
• Diels-Alder Reaction
  01:29
• E-Z Nomenclature
  02:20
• Conformations of Butene
  01:41
• Classification of Fuels
  02:30
• Analysis of Coal
  02:03

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