Basic Radiological Physics

 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 

• Force

Heat 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 Grid

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