C3: Radiograph Processing

Question 1

Artifact

Answer 1

Abnormality on radiographs due to human or equipment error

Question 2

Automatic Processor

Answer 2

Used to develop film after it is exposed

Question 3

Bucky Tray

Answer 3

Where the cassette is placed

Question 4

Caliber

Answer 4

• Tool used to measure thickness of what is being radiographed
• determines strength of beam and setting of machine
• 2 views=2 measurements

Question 5

Collimator

Answer 5

• controls where x-ray beam hits

- collimate as small as possible to area of interest

Question 6

Digital Radiograph

Answer 6

Can adjust on computer screen and store on external hard drive

Question 7

Dip Tanks

Answer 7

Used for manually developing films by dipping them in chemicals

Question 8

Dosimeter

Answer 8

Badge that measure the amount of radiation someone has been exposed to

Question 9

Radiograph Label

Answer 9

Lead markers in collimated area to determine positioning

Question 10

Shielding Devices

Answer 10

Gown, thyroid protector, gloves

Question 11

How should a patient be positioned?

Answer 11

• area of interest is as close to x-ray as possible

- put cross-hairs directly on area of interest

Question 12

3 types of radiograph labelling

Answer 12

• lead markers
• photo-imprinting (lead blocker that prevents exposure in corner of film)
• lead-impregnated tape (use ballpoint pen to release lead)

Question 13

2 Methods of Radiograph Processing

Answer 13

• Traditional Dark Room: use metal frames to hold exposed film, first placed in developer then fixer chemicals
• Automatic Processor: preform process with machine, films fed in much like photocopier

Question 14

3 Advantages of Digital Radiographs

Answer 14

• eliminates need for developing chemicals and dark room
• image is more detailed and can be enhanced
• reduces need for repeat images, can adjust electronically