Basic Radiological Physics Introduction Roentgenography • Introduction of Radiography• Scope in Radiography• Types of Ionization Radiaiton• Discovery of X-ray• Properties of X-ray Electromagentic Induction • Electro Magnetic Induction• Self and Mutual Induction Electricity • Insulator• Conductor • Heating Effect of Current• AC and DC Current• Full Wave Rectifier Transformer • Hystresis Loss Mechanics • ForceHeat and Energy• Method of Heat Transmission Radioactivity • Types of Radioactivity X-ray Tube • Various Types of X-ray Tube• X-ray Tube Construction• Thermionic Emission• Vaporization of Filament• Line Focus Principle• Heel Effect• High Tension Cable• Basic X-ray Circuit• Cause of X-ray Tube Failure• Types of Mobile X-ray Equipment• Ward Radiography Equipment Production of X-ray • Mechanism of X-ray Production• Ionization and Excitation• Bremsstrahlung• Characteristic X-ray• Photoelectric Effect in Radiology Anti Scatter Grid • Anti Scatter Grid• Types of GridBack to Menu
