Diploma in X-RAY Technology

Course name: Diploma in X-RAY Technology
Course code: DXT
Duration: 2 Years Fixed
Course type: Department of Health and Paramedical
No. of Semester: 2
Program Fee: 25000
Enrollment Fee: 10500
Exam Fee: 0
Minimum qualification: 10th ,12th, Or Equivalent
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Description


Anatomy & Physiology

General anatomical term, Regime of the body, Heart and blood vassals, structure & function of heart, pericardium peripheral muscular system names of the main arteries and veins circulation, common terms used in connection with disease of this system, Respiratory system , nasal passage and accessory sinuses, pharynx & larynx, trachea, bronchi & lungs, pleura nature & function of respiration common terms used in connection with disease of this system, Lymphatic system, lymph & tissue fluid, main lymphatic gland groups & drainage, lymphoid tissue and tonsil, Alimentary system- mouth, tongue, teeth, salivary glands, pharynx & esophagus, stomach small & large bowel live & billiard tract pancreas , motor functions of alimentary tract, nature of food, digestion & absorption, nature & metabolism, nutrition & dietetics , common terms used in connection with disease of this system, Reproductive system- male genital tract, testis, epididtmus & prostate, female genital tract, fallopian tubes, overics, uterus, vagina & vulva, the mammary gland pregnancy common terms used in connections with disease of this system.

Radiography-1: Basic Physics, Equipments of Radiodiagnistic Radiography

Basic ideas on measurements & units, mechanical force, work & energy heat temperature & energy, heat conduction, connection & radiation, Electrostatics- Related to X-ray production X-ray valve and tubes- construction of x-ray tubes (inserts and fields) filament design, anode design, methods of cooling, simple high tension circuits- self rectified, half wave full wave, Outline of atomic structure, electromagnetic radiation waves and quanta, general properties of electromagnetic radiation- fundamentals of radioactivity. Light intensity and quality, spectrum of white light, line spectra, photo electric emission, photocell, fluorescence X-ray, Historical development, permissible exposure, international recommendations for protection of persons exposed to ionizing radiation, the protective materials lead, lead- impregnates substances, building materials, lead equivalents and variation with quality, design of tube and room protection, survey of department personnel monitoring.