gamma ray: is least ionizing

Property	Similarity
is least ionizing	1.00
be most penetrating of electromagnetic rays	0.78
be readable by photomultiplier-scintillator combinations produced by positron emission tomography	0.77
be more dangerous than alpha particle	0.77
be more dangerous than ultraviolet	0.76
be different from infrared radiation	0.76
be less ionising than alpha particles	0.75

0.63

Rule weight: 0.85
Evidence weight: 0.95
Similarity weight: 0.78

Evidence: 0.95

Remarkable(gamma ray, is least ionizing) ⋁

Evidence: 0.90

¬ Remarkable(gamma ray, be most penetrating of electromagnetic rays)

0.63

Rule weight: 0.85
Evidence weight: 0.96
Similarity weight: 0.77

Evidence: 0.95

Remarkable(gamma ray, is least ionizing) ⋁

Evidence: 0.70

¬ Remarkable(gamma ray, be more dangerous than alpha particle)

0.63

Rule weight: 0.85
Evidence weight: 0.95
Similarity weight: 0.77

Evidence: 0.95

Remarkable(gamma ray, is least ionizing) ⋁

Evidence: 0.91

¬ Remarkable(gamma ray, be readable by photomultiplier-scintillator combinations produced by positron emission tomography)

0.62

Rule weight: 0.85
Evidence weight: 0.96
Similarity weight: 0.76

Evidence: 0.95

Remarkable(gamma ray, is least ionizing) ⋁

Evidence: 0.85

¬ Remarkable(gamma ray, be more dangerous than ultraviolet)

0.62

Rule weight: 0.85
Evidence weight: 0.95
Similarity weight: 0.76

Evidence: 0.95

Remarkable(gamma ray, is least ionizing) ⋁

Evidence: 0.91

¬ Remarkable(gamma ray, be different from infrared radiation)

0.61

Rule weight: 0.85
Evidence weight: 0.95
Similarity weight: 0.75

Evidence: 0.95

Remarkable(gamma ray, is least ionizing) ⋁

Evidence: 0.92

¬ Remarkable(gamma ray, be less ionising than alpha particles)

0.55

Rule weight: 0.85
Evidence weight: 0.84
Similarity weight: 0.77

Evidence: 0.19

Typical(gamma ray, is least ionizing) ⋁

Evidence: 0.19

¬ Typical(gamma ray, be readable by photomultiplier-scintillator combinations produced by positron emission tomography)

0.53

Rule weight: 0.85
Evidence weight: 0.80
Similarity weight: 0.77

Evidence: 0.68

Salient(gamma ray, is least ionizing) ⋁

Evidence: 0.62

¬ Salient(gamma ray, be readable by photomultiplier-scintillator combinations produced by positron emission tomography)

0.52

Rule weight: 0.85
Evidence weight: 0.80
Similarity weight: 0.76

Evidence: 0.19

Typical(gamma ray, is least ionizing) ⋁

Evidence: 0.24

¬ Typical(gamma ray, be different from infrared radiation)

0.51

Rule weight: 0.85
Evidence weight: 0.78
Similarity weight: 0.77

Evidence: 0.68

Salient(gamma ray, is least ionizing) ⋁

Evidence: 0.67

¬ Salient(gamma ray, be more dangerous than alpha particle)

0.51

Rule weight: 0.85
Evidence weight: 0.79
Similarity weight: 0.76

Evidence: 0.68

Salient(gamma ray, is least ionizing) ⋁

Evidence: 0.65

¬ Salient(gamma ray, be different from infrared radiation)

0.51

Rule weight: 0.85
Evidence weight: 0.77
Similarity weight: 0.77

Evidence: 0.40

Plausible(gamma ray, is least ionizing) ⋁

Evidence: 0.38

¬ Plausible(gamma ray, be readable by photomultiplier-scintillator combinations produced by positron emission tomography)

0.51

Rule weight: 0.85
Evidence weight: 0.77
Similarity weight: 0.78

Evidence: 0.68

Salient(gamma ray, is least ionizing) ⋁

Evidence: 0.73

¬ Salient(gamma ray, be most penetrating of electromagnetic rays)

0.50

Rule weight: 0.85
Evidence weight: 0.77
Similarity weight: 0.75

Evidence: 0.68

Salient(gamma ray, is least ionizing) ⋁

Evidence: 0.70

¬ Salient(gamma ray, be less ionising than alpha particles)

0.50

Rule weight: 0.85
Evidence weight: 0.77
Similarity weight: 0.75

Evidence: 0.19

Typical(gamma ray, is least ionizing) ⋁

Evidence: 0.28

¬ Typical(gamma ray, be less ionising than alpha particles)

0.49

Rule weight: 0.85
Evidence weight: 0.75
Similarity weight: 0.76

Evidence: 0.40

Plausible(gamma ray, is least ionizing) ⋁

Evidence: 0.41

¬ Plausible(gamma ray, be different from infrared radiation)

0.48

Rule weight: 0.85
Evidence weight: 0.74
Similarity weight: 0.76

Evidence: 0.68

Salient(gamma ray, is least ionizing) ⋁

Evidence: 0.81

¬ Salient(gamma ray, be more dangerous than ultraviolet)

0.47

Rule weight: 0.85
Evidence weight: 0.72
Similarity weight: 0.78

Evidence: 0.19

Typical(gamma ray, is least ionizing) ⋁

Evidence: 0.35

¬ Typical(gamma ray, be most penetrating of electromagnetic rays)

0.47

Rule weight: 0.85
Evidence weight: 0.73
Similarity weight: 0.75

Evidence: 0.40

Plausible(gamma ray, is least ionizing) ⋁

Evidence: 0.45

¬ Plausible(gamma ray, be less ionising than alpha particles)

0.47

Rule weight: 0.85
Evidence weight: 0.71
Similarity weight: 0.78

Evidence: 0.40

Plausible(gamma ray, is least ionizing) ⋁

Evidence: 0.49

¬ Plausible(gamma ray, be most penetrating of electromagnetic rays)

0.43

Rule weight: 0.85
Evidence weight: 0.66
Similarity weight: 0.77

Evidence: 0.40

Plausible(gamma ray, is least ionizing) ⋁

Evidence: 0.57

¬ Plausible(gamma ray, be more dangerous than alpha particle)

0.41

Rule weight: 0.85
Evidence weight: 0.63
Similarity weight: 0.76

Evidence: 0.40

Plausible(gamma ray, is least ionizing) ⋁

Evidence: 0.61

¬ Plausible(gamma ray, be more dangerous than ultraviolet)

0.37

Rule weight: 0.85
Evidence weight: 0.57
Similarity weight: 0.76

Evidence: 0.19

Typical(gamma ray, is least ionizing) ⋁

Evidence: 0.53

¬ Typical(gamma ray, be more dangerous than ultraviolet)

0.35

Rule weight: 0.85
Evidence weight: 0.53
Similarity weight: 0.77

Evidence: 0.19

Typical(gamma ray, is least ionizing) ⋁

Evidence: 0.58

¬ Typical(gamma ray, be more dangerous than alpha particle)

Parents	ray Weight: 0.80 , photon Weight: 0.78 , particle Weight: 0.69 , wave Weight: 0.69 , wavelength Weight: 0.67
Siblings	neutrino Weight: 0.47 , manta ray Weight: 0.40 , alpha particle Weight: 0.37 , beta particle Weight: 0.36 , light Weight: 0.34

gamma ray: is least ionizing

Related concepts

Related properties

Priors about this statement

Cues

Evidence

Clauses

Salient implies Plausible

Similarity expansion

Typical and Remarkable implies Salient

Typical implies Plausible