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Nuclear Sandbox | Isotope Data & Process (WIP)

NuDat Status:🔄

DISCLAIMER: This is general and may not be accurate. This is for entertainment purposes and is based on real physics, to a point, for realism.

Data

Periodic Table

Weights

Info

Value NameValueUnitUncertainty

Energy Levels

Level Info

Value NameValueUnitUncertainty
Decay Modes
ModePercentUncertaintyObserved/Predicted

Decay Chain

Only ground states used.

Example: "235U"

Isotopes Loaded: 0


Selected
Name: #z, #n: Halflife: Decay Modes
Daughters Info
Name: #z, #n Decay Mode (Δz, Δn): Prob.%
Parents
Name: #z, #n

Horizontal Axis: N (Neutrons), Vertical Axis: Z (Protrons/Element)

Red & Cyan: Selected

Green & Magenta: Daughter

Blue & Yellow: Parent

Symbol Mode ΔZ ΔN
IT Internal Transition (Gamma) 0 0
A Alpha (He Nucleus) -2 -2
N Neutron 0 -1
2N 2 Neutrons 0 -2
P Proton -1 0
2P 2 Protons -2 0
3P 3 Protons -3 0
B- / β⁻ Beta- (Electron) 1 -1
2B- 2 Beta-'s 2 -2
B-A Beta- and Alpha -1 -3
B-N Beta- and Neutron 1 -2
B-2N Beta- and 2 Neutrons 1 -3
B-3N Beta- and 3 Neutrons 1 -4
B-4N Beta- and 4 Neutrons 1 -5
B+ / EC / EC+B+ Beta+ (Positron) / Electron Capture -1 1
ECA Electron Capture and Alpha -3 -1
ECP Electron Capture and Proton -2 1
EC2P Electron Capture and 2 Protons -3 1
EC3P Electron Capture and 3 Protons -4 1
ECAP Electron Capture and Alpha and Proton -4 -1
14C Carbon 14 Nucleus -6 -8
20O Oxygen 20 Nucleus -8 -12
20NE / NE Neon 20 Nucleus -10 -10
22NE Neon 22 Nucleus -10 -12
24NE Neon 24 Nucleus -10 -14
25NE Neon 25 Nucleus -10 -15
MG Magnesium 24 Nucleus -12 -12
28MG Magnesium 28 Nucleus -12 -16
SI Silicon 28 Nucleus -14 -14
34SI Silicon 34 Nucleus -14 -20
SF Spontaneous Fission ? ?
B-SF Beta- and Spontaneous Fission ? ?
ECSF Electron Capture and Spontaneous Fission ? ?

Decay Process (WIP - Not Working Yet)

Example: "235U"





Awaiting Input...

Output Material

Isotope% Atoms% MassPart Mass (g)

Energy

Total Mass (g)Mass Loss (g)Total JoulesPredicted Δ Kelvin

Decays

Time Step (s)ParentDaughterParticle TypeDecay Constant (Prob.) %Δ Mass (eV)% Decayed Atoms# Decayed Atoms (Moles)Total Δ Mass (?)

Decay Energy

Particle TypeAssumed Thermal Absorption %Total Particles Energy (J)Predicted Thermal Absorption (K)
Alpha?
Beta-?
2 Beta-?
Beta+?
Gamma0%
Neutron?
2 Neutrons?
3 Neutrons?
Proton?
2 Protons?
3 Protons?
14C?
24NE?
20O?
20NE?
25NE?
28MG?
NE?
22NE?
SI?
MG?
34SI?

Sources: