06:32

ORSAT METHOD - Working and Significance

10:41

Flue gas analysis ORSAT METHOD

07:21

Ignition Temperature

06:21

Problems based on calorific value

05:17

Theoretical calculation of calorific value

07:55

Calorific value, Higher and Lower calorific value

06:11

Bio - Diesel

08:20

Power Alcohol

03:48

Cetane number or Cetane Rating

05:03

Octane Number, Diesel Oil

07:16

Knocking

05:26

Bergius process - Manufacture of Synthetic petrol

05:06

Recovery of byproducts - Otto Hoffman method

09:40

Otto Hoffman Byproduct oven method

05:31

Characteristics of good metallurgical coke

06:25

Carbonisation

05:45

Significance of Ultimate analysis

06:50

Ultimate analysis - Percentage of sulphur and oxygen content

10:00

Ultimate Analysis - Percentage of Nitrogen content

04:21

Ultimate Analysis - Percentage of Hydrogen content

10:40

Ultimate Analysis - Determination of carbon content

06:12

Significance of Proximate analysis

07:47

Proximate Analysis

07:54

Fuels - Basic Introduction

06:36

Applications of EMF series - Predicting spontaneity of redox reaction

07:11

Applications of Emf series - Determination of equilibrium constant

04:58

Applications of EMF series

08:08

Measurement of Single Electrode potential

04:58

Calculation of Reduction potential

05:51

Calculation of Oxidation Potential based on Nernst Equation

05:15

Applications of Nernst Equation

12:29

Nernst Equation

09:45

Galvanic cell representation

04:22

Salt Bridge, Functions of salt bridge

06:52

Electrochemical cell or Galvanic cell

06:05

Difference between Electrolytic cell and Electrochemical cell

05:11

Redox reaction

05:55

Types of Electrolytic conductors

07:16

Electrochemistry-Basic introduction

05:07

Control of corrosion by modifying the environment

04:29

Difference between sacrificial anodic method and impressed current method

05:51

Impressed current cathodic protection method

05:36

Sacrificial anodic protection method

06:02

Control of corrosion by avoiding crevices

06:56

Control of corrosion

08:43

Factors influencing rate of Corrosion-Nature of Environment

09:16

Factors influencing rate of Corrosion

05:44

Crevice corrosion , Pipeline corrosion

05:26

Pitting corrosion

07:22

Differential aeration corrosion or concentration cell corrosion

04:53

Galvanic corrosion

05:42

Difference between chemical and Electrochemical corrosion

06:49

Formation of Hydroxide ion type corrosion

07:36

Wet or Electrochemical corrosion

07:07

Corrosion by Hydrogen

05:33

Pilling - Bedworth rule, Pilling - Bedworth ratio

06:24

Nature of Oxide film - dry Corrosion

08:52

Dry or Chemical Corrosion

05:25

Effects of corrosion

06:28

Causes for occurence of corrosion