• No results found

PHOTONS - ATTENUATION

N/A
N/A
Protected

Academic year: 2021

Share "PHOTONS - ATTENUATION"

Copied!
88
0
0

Loading.... (view fulltext now)

Full text

(1)
(2)

X-ray Attenuation Coefficient - Al G4 Standard G4 LowE NIST-XCOM χ2 N-L=13.1 – ν=20 - p=0.87 χ2 N-S=23.2 – ν=15 - p=0.08

(3)

X-ray Attenuation Coefficient - Al

G4 LowE Penelope NIST-XCOM

χ2

(4)

X-ray Attenuation Coefficient - Au G4 Standard G4 LowE NIST-XCOM χ2 N-L= 28.0– ν=21 - p=0.14 χ2 N-S=20.1 – ν=19 - p=0.39

(5)

X-ray Attenuation Coefficient - Au

G4 LowE Penelope NIST-XCOM

χ2

(6)

X-ray Attenuation Coefficient - Be G4 Standard G4 LowE NIST-XCOM χ2 N-L=19.9 – ν=20 - p=0.47 χ2 N-S=23.4 – ν=21 - p=0.33

(7)

X-ray Attenuation Coefficient - Be

G4 LowE Penelope NIST-XCOM

χ2

(8)

X-ray Attenuation Coefficient - Cs G4 Standard G4 LowE NIST-XCOM χ2 N-L= 33.2– ν=23 - p=0.08 χ2 N-S=25.3 – ν=19 - p=0.15

(9)

G4 LowE Penelope NIST-XCOM

χ2

N-P=24.9 – ν=23 - p=0.35

(10)

X-ray Attenuation Coefficient - Fe G4 Standard G4 LowE NIST-XCOM χ2 N-L=10.9 – ν=9 - p=0.27 χ2 N-S=9.9 – ν=9 - p=0.36

(11)

X-ray Attenuation Coefficient - Fe

G4 LowE Penelope NIST-XCOM

χ2

(12)

X-ray Attenuation Coefficient - Ge G4 Standard G4 LowE NIST-XCOM χ2 N-L=26.3 – ν=23 - p=0.29 χ2 N-S=27.9 – ν=23 - p=0.22

(13)

X-ray Attenuation Coefficient - Ge

G4 LowE Penelope NIST-XCOM

χ2

(14)

X-ray Attenuation Coefficient - Pb G4 Standard G4 LowE NIST-XCOM χ2 N-L= 35.2– ν=23 - p=0.05 χ2 N-S=31.3 – ν=22 - p=0.09

(15)

G4 LowE Penelope NIST-XCOM

χ2

N-P=4.4 – ν=20 - p=0.99

(16)

X-ray Attenuation Coefficient - Si G4 Standard G4 LowE NIST-XCOM χ2 N-L= 3.3– ν=11 - p=0.99 χ2 N-S=12.3 – ν=10 - p=0.26

(17)

X-ray Attenuation Coefficient - Si

G4 LowE Penelope NIST-XCOM

χ2

(18)

X-ray Attenuation Coefficient - U G4 Standard G4 LowE NIST-XCOM χ2 N-L=6.6 – ν=20 - p=0.99 χ2 N-S=14.7 – ν=20 - p=0.80

(19)

X-ray Attenuation Coefficient - U

G4 LowE Penelope NIST-XCOM

χ2

(20)

PHOTONS – CROSS SECTIONS

(21)

Incoherent Scattering - Al G4 Standard G4 LowE NIST-XCOM χ2 N-L= 12.9– ν=8 - p=0.12 χ2 N-S=8.7 – ν=6 - p=0.19

(22)

Incoherent Scattering - Al

G4 LowE Penelope NIST-XCOM

χ2

(23)

Incoherent Scattering - Au

G4 Standard

G4 LowE

NIST-XCOM I dati sono stati scritti male nel file xml

(24)

Incoherent Scattering - Au

I dati sono stati scritti male nel file xml

G4 LowE Penelope NIST-XCOM

(25)

Incoherent Scattering - Be G4 Standard G4 LowE NIST-XCOM χ2 N-L=9.0 - ν=7 - p=0.25 χ2 N-S=5.1 – ν=6 - p=0.53

(26)

Incoherent Scattering - Be

G4 LowE Penelope NIST-XCOM

χ2

(27)

Incoherent Scattering - Cs G4 Standard G4 LowE NIST-XCOM χ2 N-L=4.6 – ν=8 - p=0.80 χ2 N-S=1.8 – ν=8 - p=0.99

(28)

Incoherent Scattering - Cs

G4 LowE Penelope NIST-XCOM

χ2

(29)

Incoherent Scattering - Fe

G4 Standard

G4 LowE

(30)

Incoherent Scattering - Fe

G4 LowE Penelope NIST-XCOM

(31)

Incoherent Scattering - Ge G4 Standard G4 LowE NIST-XCOM χ2 N-L=5.7 – ν=4 - p=0.23 χ2 N-S=5.0 – ν=4 - p=0.29

(32)

Incoherent Scattering - Ge

G4 LowE Penelope NIST-XCOM

χ2

(33)

Incoherent Scattering - Pb

G4 Standard

G4 LowE

(34)

Incoherent Scattering - Pb

G4 LowE Penelope NIST-XCOM

(35)

Incoherent Scattering - Si G4 Standard G4 LowE NIST-XCOM χ2 N-L=11.7 – ν=6 - p=0.07 χ2 N-S=6.0 – ν=6 - p=0.42

(36)

Incoherent Scattering - Si

G4 LowE Penelope NIST-XCOM

χ2

(37)

Coherent Scattering - Al

G4 LowE

NIST-XCOM

χ2

(38)

Coherent Scattering - Al

G4 LowE Penelope NIST-XCOM

χ2

(39)

Coherent Scattering - Au

G4 LowE

(40)

Coherent Scattering - Au

G4 LowE Penelope NIST-XCOM

χ2

(41)

Coherent Scattering - Be

G4 LowE

(42)

Coherent Scattering - Be

G4 LowE Penelope NIST-XCOM

(43)

Coherent Scattering - Cs

G4 LowE

(44)

Coherent Scattering - Cs

G4 LowE Penelope NIST-XCOM

(45)

Coherent Scattering - Fe

G4 LowE

(46)

Coherent Scattering - Fe

G4 LowE Penelope NIST-XCOM

(47)

Coherent Scattering - Ge

G4 LowE

(48)

Coherent Scattering - Ge

G4 LowE Penelope NIST-XCOM

(49)

Coherent Scattering - Pb

G4 LowE

(50)

Coherent Scattering - Pb

G4 LowE Penelope NIST-XCOM

(51)

Coherent Scattering - Si

G4 LowE

(52)

Coherent Scattering - Si

G4 LowE Penelope NIST-XCOM

(53)

Photoelectric Absorption - Al

G4 Standard

G4 LowE

(54)

Photoelectric Absorption - Al

G4 LowE Penelope NIST-XCOM

(55)

Photoelectric Absorption - Au

G4 Standard

G4 LowE

(56)

Photoelectric Absorption - Au

G4 LowE Penelope NIST-XCOM

(57)

Photoelectric Absorption - Be

G4 Standard

G4 LowE

(58)

Photoelectric Absorption - Be

G4 LowE Penelope NIST-XCOM

(59)

Photoelectric Absorption - Cs

G4 Standard

G4 LowE

(60)

Photoelectric Absorption - Cs

G4 LowE Penelope NIST-XCOM

(61)

Photoelectric Absorption - Fe

G4 Standard

G4 LowE

(62)

Photoelectric Absorption - Fe

G4 LowE Penelope NIST-XCOM

(63)

Photoelectric Absorption - Ge

G4 Standard

G4 LowE

(64)

Photoelectric Absorption - Ge

G4 LowE Penelope NIST-XCOM

(65)

Photoelectric Absorption - Pb

G4 Standard

G4 LowE

(66)

Photoelectric Absorption - Pb

G4 LowE Penelope NIST-XCOM

(67)

Photoelectric Absorption - Si

G4 Standard

G4 LowE

(68)

Photoelectric Absorption - Si

G4 LowE Penelope NIST-XCOM

(69)

Pair Production - Al

G4 Standard

G4 LowE

(70)

Pair Production - Al

G4 LowE Penelope NIST-XCOM

(71)

Pair Production - Au

G4 Standard

G4 LowE

(72)

Pair Production - Au

G4 LowE Penelope NIST-XCOM

(73)

Pair Production - Be

G4 Standard

G4 LowE

(74)

Pair Production - Be

G4 LowE Penelope NIST-XCOM

(75)

Pair Production - Cs

G4 Standard

G4 LowE

(76)

Pair Production - Cs

G4 LowE Penelope NIST-XCOM

(77)

Pair Production - Fe

G4 Standard

G4 LowE

(78)

Pair Production - Fe

G4 LowE Penelope NIST-XCOM

(79)

Pair Production - Ge

G4 Standard

G4 LowE

(80)

Pair Production - Ge

G4 LowE Penelope NIST-XCOM

(81)

Pair Production - Pb

G4 Standard

G4 LowE

(82)

Pair Production – Pb

G4 LowE Penelope NIST-XCOM

(83)

Pair Production - Si

G4 Standard

G4 LowE

(84)

Pair Production – Si

G4 LowE Penelope NIST-XCOM

(85)
(86)

Attenuation Coefficient – Au –G4LowE

Geant4-05-02 NIST-XCOM

(87)

Attenuation Coefficient – Au G4Standard

Geant4-05-02 NIST-XCOM

(88)

Attenuation Coefficient – Au –G4Penelope

Geant4-05-02 NIST-XCOM

References

Related documents

annual Overdose Awareness Vigil, from Saturday, August 29 th until Saturday, September 12 th. Hehn mentioned they typically have events throughout the season, but

Say we want to put a component away for a while and pick it up again later. Then we need to do that in a tray. This is the only time we put anything in a tray, usually we just

These experiments show that, within the limits studied, the effects of the three factors, temperature, humidity and wind velocity, upon the evaporation of water from the porous pot

poisoning.7 Tissue analysis (Table I) of the liver, lung and kidney in two cases, and of the heart in one, showed mercury to be present in amounts greatly in excess of the

It restored the normal renal functions and biochemical parameters like urinary pH, volume, creatinine clearance, BUN levels, uric acid concentrations and some inorganic parameters

and deficient tryptic activity in the duo- denal aspirate, serum content of the iso- tope after ingestion of neutral fat was con- sistently low (Table II), the mean content at the

Moulting pattern and mortality during the final emergence of the Coromandel Marsh Dart Damselfly Ceriagrion coromandelianum (Zygoptera: Coenagrionidae) in central India. –

Indeed, various contentious forms of surveillance are intrinsically connected to the control and management of contemporary professional sports governance