Radiologic Science for Technologists Physics Biology and Protection 11th edition by Stewart Bushong 9780323429382 0323429386

1. Radiologic Physics

1.  Worksheet 1

Worksheet 1-1 Nature of our surroundings matter and energy sources of ionizing radiation

Worksheet 1-2 Discovery of X-rays development of medical imaging

Worksheet 1-3 Reports of radiation injury basic radiation protection the medical imaging team

Worksheet 1-4 Standard units of measurement

Worksheet 1-5 Newton’s laws

Worksheet 1-6 Mechanics

Worksheet 1-7 Numeric prefixes

Worksheet 1-8 Radiologic units

2.  Worksheet 2

Worksheet 2-1 Centuries of discovery

Worksheet 2-2 Fundamental particles atomic structure

Worksheet 2-3 Atomic nomenclature combinations of atoms

Worksheet 2-4 Radioactivity

Worksheet 2-5 Types of ionizing radiation

3.  Worksheet 3

Worksheet 3-1 Photons

Worksheet 3-2 Electromagnetic spectrum

Worksheet 3-3 Wave-particle duality

Worksheet 3-4 Inverse square law

Worksheet 3-5 X-ray photons

Worksheet 3-6 Matter and energy

4.  Worksheet 4

Worksheet 4-1 Electrostatics

Worksheet 4-2 Electrodynamics

Worksheet 4-3 Alternating and direct currents

Worksheet 4-4 Magnetism

Worksheet 4-5 Electromagnetic effect electromagnetic induction

Worksheet 4-6 Electromagnetic devices

Worksheet 4-7 The transformer

2. X-Radiation

5.  Worksheet 5

Worksheet 5-1 Operating console control of kilovolt peak (kVp)

Worksheet 5-2 Operating console control of milliamperage (mA)

Worksheet 5-3 Operating console exposure timers

Worksheet 5-4 High-voltage generator high-voltage generation

Worksheet 5-5 High-voltage generator rectification

6.  Worksheet 6

Worksheet 6-1 Internal components the X-ray tube cathode

Worksheet 6-2 Internal components the X-ray tube anode

Worksheet 6-3 X-ray tube failure X-ray tube rating charts

7.  Worksheet 7

Worksheet 7-1 Electron-target interactions characteristic radiation

Worksheet 7-2 Electron-target interactions bremsstrahlung radiation

Worksheet 7-3 X-ray emission spectrum

Worksheet 7-4 X-ray emission spectrum minimum wavelength

Worksheet 7-5 X-ray emission spectrum factors that affect the X-ray emission spectrum

8.  Worksheet 8

Worksheet 8-1 X-ray emission X-ray quantity

Worksheet 8-2 X-ray emission X-ray quality

Worksheet 8-3 X-ray emission half-value layer

Worksheet 8-4 X-ray emission filtration

9.  Worksheet 9

Worksheet 9-1 X-ray interaction with matter compton effect

Worksheet 9-2 X-ray interaction with matter photoelectric effect

Worksheet 9-3 X-ray interaction with matter differential absorption/atomic number

Worksheet 9-4 X-ray interaction with matter differential absorption/mass density

3. The Radiographic Image

10.  Worksheet 10

Worksheet 10-1 Film factors

Worksheet 10-2 Geometric factors

Worksheet 10-3 Focal-spot blur

Worksheet 10-4 Subject factors

Worksheet 10-5 Improving radiographic quality

Worksheet 10-6 Patient factors

Worksheet 10-7 Image quality factors

Worksheet 10-8 Radiographic technique charts

11.  Worksheet 11

Worksheet 11-1 Production of scatter radiation

Worksheet 11-2 Control of scatter radiation

Worksheet 11-3 Characteristics of grid construction

Worksheet 11-4 Measuring grid performance

Worksheet 11-5 Types of grids use of grids grid selection

12.  Worksheet 12

Worksheet 12-1 Film construction

Worksheet 12-2 Formation of latent image

Worksheet 12-3 Types of film handling and storage of film

Worksheet 12-4 Screen construction luminescence screen characteristics

Worksheet 12-5 Screen-film combinations screen care fluoroscopic screens

Worksheet 12-6 Processing chemistry

Worksheet 12-7 Automatic processing

Worksheet 12-8 Quality control artifacts

13.  Worksheet 13

Worksheet 13-1 Fifteen percent rule

Worksheet 13-2 Exposure time

Worksheet 13-3 Adjusting for change in distance

Worksheet 13-4 Characteristics of the imaging system

Worksheet 13-5 Tomography magnification radiography

4. The Digital Radiographic Image

14.  Worksheet 14

Worksheet 14-1 History of computers anatomy of a computer

Worksheet 14-2 Computer software processing methods

15.  Worksheet 15

Worksheet 15-1 Computed radiography image receptor

Worksheet 15-2 Computed radiography reader

16.  Worksheet 16

Worksheet 16-1 Direct radiography

17.  Worksheet 17

Worksheet 17-1 Spatial resolution

Worksheet 17-2 Contrast resolution contrast detail

18.  Worksheet 18

Worksheet 18-1 Viewing the digital radiographic image

5. Radiographic Quality Assessment

19.  Worksheet 19

Worksheet 19-1 Image artifacts

20.  Worksheet 20

Worksheet 20-1 Screen-film radiographic quality control

21.  Worksheet 21

Worksheet 21-1 Digital radiographic artifacts

22.  Worksheet 22

Worksheet 22-1 Digital radiographic quality control

6. Advanced X-Ray Imaging

23.  Worksheet 23

Worksheet 23-1 Basis for mammography X-ray imaging system magnification mammography

24.  Worksheet 24

Worksheet 24-1 Quality control team quality control program

25.  Worksheet 25

Worksheet 25-1 Illumination human vision

Worksheet 25-2 Image intensification

Worksheet 25-3 Image monitoring

26.  Worksheet 26

Worksheet 26-1 Digital fluoroscopy

27.  Worksheet 27

Worksheet 27-1 Types of procedures basic principles IR suite

28.  Worksheet 28

Worksheet 28-1 Principles of operation of CT

Worksheet 28-2 Image characteristics image quality quality assurance

Worksheet 28-3 Computed tomography

7. Radiobiology

29.  Worksheet 29

Worksheet 29-1 Human radiation response composition of the body

Worksheet 29-2 Cell theory

Worksheet 29-3 Human cells tissues and organs

30.  Worksheet 30

Worksheet 30-1 Law of Bergonié and Tribondeau physical factors that affect radiosensitivity

Worksheet 30-2 Biologic factors that affect radiosensitivity radiation dose-response relationships

31.  Worksheet 31

Worksheet 31-1 Molecular radiobiology

32.  Worksheet 32

Worksheet 32-1 Cellular radiobiology

33.  Worksheet 33

Worksheet 33-1 Acute radiation lethality local tissue damage

Worksheet 33-2 Hematologic effects cytogenetic effects

34.  Worksheet 34

Worksheet 34-1 Local tissue effects life span shortening risk estimates

Worksheet 34-2 Radiation-induced malignancy total risk of malignancy radiation and pregnancy

8. Radiation Protection

35.  Worksheet 35

Worksheet 35-1 Cardinal principles of radiation protection dose limits

36.  Worksheet 36

Worksheet 36-1 Design of X-ray apparatus design of protective barriers

Worksheet 36-2 Radiation detection and measurement

37.  Worksheet 37

Worksheet 37-1 Patient radiation dose reduction of unnecessary patient dose

38.  Worksheet 38

Worksheet 38-1 CT patient radiation dose

39.  Worksheet 39

Worksheet 39-1 Patient radiation dose management

40.  Worksheet 40

Worksheet 40-1 Occupational exposure reduction of occupational radiation exposure

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