Radionuclides

Question 1

Tc-99 physical Half-life

Answer 1

212,000 years

Question 2

Tc-99 Type of Radiation

Answer 2

Beta

Question 3

Tc-99m principle imaging emission energy

Answer 3

140 kev gamma

Question 4

Tc-99m type of radiation

Answer 4

Gamma

Question 5

I-131 physical half-life

Answer 5

8.06 days

Question 6

I-131 types of radiation

Answer 6

Beta, Gamma

Question 7

I-123 physical half-life

Answer 7

13 hours

Question 8

I-123 type of radiation

Answer 8

Gamma

Question 9

Tc-99m physical half-life

Answer 9

6 hours

Question 10

I-123 principle imaging emission energy

Answer 10

159 kev gamma

Question 11

Xe-133 physical half-life

Answer 11

5.31 days

Question 12

I-125 physical half-life

Answer 12

60 days

Question 13

I-125 principle emission energy

Answer 13

35 kev gamma

Question 14

Tc-99m decay mode

Answer 14

Isomeric transition

Question 15

I-131 decay modes

Answer 15

Beta, gamma emissions

Question 16

I-123 decay mode

Answer 16

Electron capture

Question 17

I-125 type of radiation

Answer 17

Gamma

Question 18

In-111 physical half-life

Answer 18

67 hours (2.8 days)

Question 19

In-111 type of radiation

Answer 19

Gamma

Question 20

I-131 principle imaging emission energy

Answer 20

364 kev gamma

Question 21

In-111 decay mode

Answer 21

Electron capture

Question 22

In-111 principle imaging emission energies

Answer 22

173, 247 kev

Question 23

Ga-67 physical half-life

Answer 23

78 hours (3.25 days)

Question 24

Ga-67 type of radiation

Answer 24

Gamma

Question 25

Ga-67 principle imaging emission energies

Answer 25

93, 184, 300, 394 kev

Question 26

Xe-133 type(s) of radiation

Answer 26

Beta, gamma

Question 27

Xe-133 decay mode(s)

Answer 27

Beta, gamma

Question 28

Lu-177 decay mode(s)

Answer 28

Beta, gamma

Question 29

Lu-177 type(s) of radiation

Answer 29

Beta, gamma

Question 30

Xe-133 principle imaging emission(s) energies

Answer 30

Beta, 30-36 kev x-ray, 80 kev gamma

Question 31

F-18 decay mode

Answer 31

Positron emission

Question 32

Lu-177 principle imaging emission(s) energies

Answer 32

Beta; 113, 210 kev gamma

Question 33

Ra-223 principle type(s) of radiation

Answer 33

Alpha

Question 34

Ra-223 principle decay mode

Answer 34

Alpha

Question 35

Ra-223 physical half-life

Answer 35

11.4 days

Question 36

Cs-137 decay mode

Answer 36

Beta, gamma

Question 37

O-15 decay mode

Answer 37

Positron emission

Question 38

F-18 principle imaging emission energy

Answer 38

511 kev

Question 39

O-15 physical half-life

Answer 39

2.1 minutes (122.2 seconds)

Question 40

F-18 physical half-life

Answer 40

110 minutes

Question 41

Lu-177 physical half-life

Answer 41

6.7 days

Question 42

O-15 principle imaging emission energy

Answer 42

511 kev

Question 43

c-11 decay mode

Answer 43

Positron emission

Question 44

Ga-67 decay mode

Answer 44

Electron capture

Question 45

Rb-82 physical half-life

Answer 45

75 seconds (1.25 minutes)

Question 46

N-13 decay mode

Answer 46

Positron emission

Question 47

Co-57 decay mode

Answer 47

Electron capture

Question 48

C-11 physical half-life

Answer 48

20.4 minutes

Question 49

N-13 principle imaging emission energy

Answer 49

511 kev

Question 50

O-15 principle imaging emission energy

Answer 50

511 kev

Question 51

Rb-82 principle imaging emission energy

Answer 51

511 kev

Question 52

Co-57 physical half-life

Answer 52

270 days

Question 53

N-13 physical half-life

Answer 53

9.96 minutes

Question 54

Co-57 principle emission

Answer 54

Gamma

Question 55

Cs-137 physical half-life

Answer 55

30 years

Question 56

Cs-137 principle gamma emission energy

Answer 56

622 kev

Question 57

Rb-82 decay mode

Answer 57

Positron emission

Question 58

Mo-99 half-life

Answer 58

66 hours (2.78 days)

Question 59

Mo-99 decay mode

Answer 59

Beta, gamma

Question 60

Mo-99 principle gamma emission energy

Answer 60

740 kev

Question 61

Co-57 principle imaging emission energy

Answer 61

122 kev