1
Q
amount of radiation energy absorbed per unit mass of the absorbing medium
A
absorbed dose
2
Q
converts exposure (X) and absorbed dose (D)
a roentgen to rad conversion factor
A
F-factor
3
Q
energy absorbed by the medium per unit length of travel (KeV/um)
A
linear energy transfer (LET)
4
Q
quantifies biologic damage from deposition of radiation in tissue
A
dose equivalent (H)
KSUCPM IMAGING
flashcards
Decks in class (42)
# Cards
-
LECTURE I60
-
ADDED FILTRATION BY LAW3
-
LECTURE II TERMS4
-
LECTURE II HIGH YIELD13
-
FACTORS AND RELATION TO Q/Q7
-
LECTURE III TERMS0
-
LECTURE III HIGH YIELD7
-
SECTION II0
-
INTERACTIONS WITH MATTER TERMS8
-
INTERACTIONS WITH MATTER HIGH YIELD13
-
RADIATION SAFETY TERMS4
-
RADIATION SAFETY TERMS HIGH YIELD8
-
IMAGE RECEPTORS TERMS12
-
IMAGE RECEPTORS HIGH YIELD11
-
FILM PROCESSING TERMS16
-
FILM PROCESSING HIGH YIELD8
-
FILM HANDLING/STORAGE TERMS4
-
FILM HANDLING/STORAGE HIGH YIELD9
-
FILM SCREENS TERMS13
-
FILM SCREENS HIGH YIELD20
-
DIGITAL RADIOGRAPHY TERMS8
-
DIGITAL RADIOGRAPHY HIGH YIELD11
-
RADIOGRAPHIC QUALITY TERMS16
-
RADIOGRAPHIC QUALITY HIGH YIELD17
-
IMAGE DETAIL TERMS5
-
IMAGE DETAIL HIGH YIELD8
-
RADIOGRAPHIC TECHNIQUE TERMS11
-
RADIOGRAPHIC TECHNIQUE HIGH YIELD15
-
RADIOGRAPHIC EFFECTS TERMS23
-
RADIOGRAPHIC EFFECTS HIGH YIELD24
-
LT EFFECTS RADIATION TERMS6
-
LT EFFECTS RADIATION HIGH YIELD9
-
RADIATION SAFETY TERMS COPY13
-
RADIATION SAFETY HIGH YIELD15
-
FINAL TQ47
-
MIDSEM TQ79
-
FINAL PQ PART I17
-
FINAL TQ PART II51
-
FINAL TQ PART III11
-
FINAL TQ PART IV40
-
FINAL TQ PART V14
-
FINAL TQ PART VI17
