3 - Lithium, Li
3 - Lithium, Li
3 - Lithium, Li
3 - Lithium, Li
3 - Lithium, Li
Lithium is lightest and least dense metal that is highly reactive and flammable and is typically stored in mineral oil as it corrodes quickly from a grey to a black tarnish.
Lithium is lightest and least dense metal that is highly reactive and flammable and is typically stored in mineral oil as it corrodes quickly from a grey to a black tarnish.
Lithium is lightest and least dense metal that is highly reactive and flammable and is typically stored in mineral oil as it corrodes quickly from a grey to a black tarnish.
Lithium is lightest and least dense metal that is highly reactive and flammable and is typically stored in mineral oil as it corrodes quickly from a grey to a black tarnish.
Lithium is lightest and least dense metal that is highly reactive and flammable and is typically stored in mineral oil as it corrodes quickly from a grey to a black tarnish.
1817 by Johan August Arfvedson, Sweden.
1817 by Johan August Arfvedson, Sweden.
1817 by Johan August Arfvedson, Sweden.
1817 by Johan August Arfvedson, Sweden.
1817 by Johan August Arfvedson, Sweden.
DISCOVERY
DISCOVERY
DISCOVERY
DISCOVERY
DISCOVERY
Ancient Greek, λίθος lithos, 'stone'.
Ancient Greek, λίθος lithos, 'stone'.
Ancient Greek, λίθος lithos, 'stone'.
Ancient Greek, λίθος lithos, 'stone'.
Ancient Greek, λίθος lithos, 'stone'.
ETYMOLOGY
ETYMOLOGY
ETYMOLOGY
ETYMOLOGY
ETYMOLOGY
Lithium
Lithium
Lithium
Lithium
Lithium
Element
Element
Element
Element
Element
Li
Li
Li
Li
Li
Symbol
Symbol
Symbol
Symbol
Symbol
3
3
3
3
3
Atomic Number
Atomic Number
Atomic Number
Atomic Number
Atomic Number
Alkali Metal
Alkali Metal
Alkali Metal
Alkali Metal
Alkali Metal
Classification
Classification
Classification
Classification
Classification
7439-93-2
7439-93-2
7439-93-2
7439-93-2
7439-93-2
CAS Number
CAS Number
CAS Number
CAS Number
CAS Number
Silver
Silver
Silver
Silver
Silver
Elemental Colour
Elemental Colour
Elemental Colour
Elemental Colour
Elemental Colour
-
-
-
-
-
Refractive Index
Refractive Index
Refractive Index
Refractive Index
Refractive Index
-
-
-
-
-
Poisson Ratio
Poisson Ratio
Poisson Ratio
Poisson Ratio
Poisson Ratio
12.972 cm3
12.972 cm3
12.972 cm3
12.972 cm3
12.972 cm3
Molar Volume
Molar Volume
Molar Volume
Molar Volume
Molar Volume
-
-
-
-
-
Brinell Hardness
Brinell Hardness
Brinell Hardness
Brinell Hardness
Brinell Hardness
0.60
0.60
0.60
0.60
0.60
Mohs Hardness
Mohs Hardness
Mohs Hardness
Mohs Hardness
Mohs Hardness
-
-
-
-
-
Vickers Hardness
Vickers Hardness
Vickers Hardness
Vickers Hardness
Vickers Hardness
6,000 m/s, Mach 17.492'7
6,000 m/s, Mach 17.492'7
6,000 m/s, Mach 17.492'7
6,000 m/s, Mach 17.492'7
6,000 m/s
Speed of Sound
Speed of Sound
Speed of Sound
Speed of Sound
Speed of Sound
11.00G Pa, 108.561'6k Atm
11.00G Pa, 108.561'6k Atm
11.00G Pa, 108.561'6k Atm
11.00G Pa, 108.561'6k Atm
108.561'6k Atm
Bulk Modulus
Bulk Modulus
Bulk Modulus
Bulk Modulus
Bulk Modulus
4.20G Pa, 41.450'8k Atm
4.20G Pa, 41.450'8k Atm
4.20G Pa, 41.450'8k Atm
4.20G Pa, 41.450'8k Atm
41.450'8k Atm
Shear Modulus
Shear Modulus
Shear Modulus
Shear Modulus
Shear Modulus
4.90G Pa, 48.359'2k Atm
4.90G Pa, 48.359'2k Atm
4.90G Pa, 48.359'2k Atm
4.90G Pa, 48.359'2k Atm
48.359'2k Atm
Young Modulus
Young Modulus
Young Modulus
Young Modulus
Young Modulus
Allotropes
Allotropes
Allotropes
Allotropes
Allotropes
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453.69 K, 180.54 °C
453.69 K, 180.54 °C
453.69 K, 180.54 °C
453.69 K, 180.54 °C
180.54 °C
Melting Point
Melting Point
Melting Point
Melting Point
Melting Point
1,615.15 K, 1,342.00 °C
1,615.15 K, 1,342.00 °C
1,615.15 K, 1,342.00 °C
1,615.15 K, 1,342.00 °C
1,342.00 °C
Boiling Point
Boiling Point
Boiling Point
Boiling Point
Boiling Point
452.15 K, 179.00 °C
452.15 K, 179.00 °C
452.15 K, 179.00 °C
452.15 K, 179.00 °C
179.00 °C
Automatic Ignition
Automatic Ignition
Automatic Ignition
Automatic Ignition
Automatic Ignition
-
-
-
-
-
Flashpoint
Flashpoint
Flashpoint
Flashpoint
Flashpoint
3,223.00 K, 2,949.85 °C
3,223.00 K, 2,949.85 °C
3,223.00 K, 2,949.85 °C
3,223.00 K, 2,949.85 °C
2,949.85 °C
Critical Temperature
Critical Temperature
Critical Temperature
Critical Temperature
Critical Temperature
67.00M Pa, 661 Atm
67.00M Pa, 661 Atm
67.00M Pa, 661 Atm
67.00M Pa, 661 Atm
661 Atm
Critical Pressure
Critical Pressure
Critical Pressure
Critical Pressure
Critical Pressure
85.000'000 W/(m K)
85.000'000 W/(m K)
85.000'000 W/(m K)
85.000'000 W/(m K)
85.000'000 W/(m K)
Thermal Conductivity
Thermal Conductivity
Thermal Conductivity
Thermal Conductivity
Thermal Conductivity
0.000’046'0 K-1
0.000’046'0 K-1
0.000’046'0 K-1
0.000’046'0 K-1
0.000’046'0 K-1
Thermal Expansion
Thermal Expansion
Thermal Expansion
Thermal Expansion
Thermal Expansion
3,570.00 J/(kg K)
3,570.00 J/(kg K)
3,570.00 J/(kg K)
3,570.00 J/(kg K)
3,570.00 J/(kg K)
Specific Heat
Specific Heat
Specific Heat
Specific Heat
Specific Heat
3.000 kJ/mol
3.000 kJ/mol
3.000 kJ/mol
3.000 kJ/mol
3.000 kJ/mol
Heat Fusion
Heat Fusion
Heat Fusion
Heat Fusion
Heat Fusion
147.000 kJ/mol
147.000 kJ/mol
147.000 kJ/mol
147.000 kJ/mol
147.000 kJ/mol
Heat Vaporisation
Heat Vaporisation
Heat Vaporisation
Heat Vaporisation
Heat Vaporisation
298.000 J/(kg K)
298.000 J/(kg K)
298.000 J/(kg K)
298.000 J/(kg K)
298.000 J/(kg K)
Heat Combustion
Heat Combustion
Heat Combustion
Heat Combustion
Heat Combustion
-
-
-
-
-
Curie Point
Curie Point
Curie Point
Curie Point
Curie Point
-
-
-
-
-
Neel Point
Neel Point
Neel Point
Neel Point
Neel Point
-
-
-
-
-
Adiabatic Index
Adiabatic Index
Adiabatic Index
Adiabatic Index
Adiabatic Index
Solid
Solid
Solid
Solid
Solid
Phase
Phase
Phase
Phase
Phase
Conductor
Conductor
Conductor
Conductor
Conductor
Electrical Type
Electrical Type
Electrical Type
Electrical Type
Electrical Type
11.00M S/m
11.00M S/m
11.00M S/m
11.00M S/m
11.00M S/m
Conductivity
Conductivity
Conductivity
Conductivity
Conductivity
94.00n Ω.m
94.00n Ω.m
94.00n Ω.m
94.00n Ω.m
94.00n Ω.m
Resistivity
Resistivity
Resistivity
Resistivity
Resistivity
-
-
-
-
-
Superconducting Point
Superconducting Point
Superconducting Point
Superconducting Point
Superconducting Point
Paramagnetic
Paramagnetic
Paramagnetic
Paramagnetic
Paramagnetic
Magnetic Type
Magnetic Type
Magnetic Type
Magnetic Type
Magnetic Type
0.000'000'006'3
0.000'000'006'3
0.000'000'006'3
0.000'000'006'3
0.000'000'006'3
Mass Susceptibility
Mass Susceptibility
Mass Susceptibility
Mass Susceptibility
Mass Susceptibility
0.000'000'000'043'70
0.000'000'000'043'70
0.000'000'000'043'70
0.000'000'000'043'70
0.000'000'000'043'70
Molar Susceptibility
Molar Susceptibility
Molar Susceptibility
Molar Susceptibility
Molar Susceptibility
0.000'003'370'00
0.000'003'370'00
0.000'003'370'00
0.000'003'370'00
0.000'003'370'00
Volume Susceptibility
Volume Susceptibility
Volume Susceptibility
Volume Susceptibility
Volume Susceptibility
Material Composition
Material Composition
Material Composition
Material Composition
Material Composition
0.000'000'6 %
0.000'000'6 %
0.000'000'6 %
0.000'000'6 %
0.000'000'6 %
Universe
Universe
Universe
Universe
Universe
0.000'17 %
0.000'17 %
0.000'17 %
0.000'17 %
0.000'17 %
Meteorites
Meteorites
Meteorites
Meteorites
Meteorites
0.000'000'006 %
0.000'000'006 %
0.000'000'006 %
0.000'000'006 %
0.000'000'006 %
Sun
Sun
Sun
Sun
Sun
0.001'7 %
0.001'7 %
0.001'7 %
0.001'7 %
0.001'7 %
Earth Crust
Earth Crust
Earth Crust
Earth Crust
Earth Crust
0.000'018 %
0.000'018 %
0.000'018 %
0.000'018 %
0.000'018 %
Oceans
Oceans
Oceans
Oceans
Oceans
0.000'234 %
0.000'234 %
0.000'234 %
0.000'234 %
0.000'234 %
Humans
Humans
Humans
Humans
Humans
6.940'037'6
6.940'037'6
6.940'037'6
6.940'037'6
6.940'037'6
Atomic Weight
Atomic Weight
Atomic Weight
Atomic Weight
Atomic Weight
167 pm
167 pm
167 pm
167 pm
167 pm
Atomic Radius
Atomic Radius
Atomic Radius
Atomic Radius
Atomic Radius
133 pm
133 pm
133 pm
133 pm
133 pm
Covalent Radius Single Bond
Covalent Radius Single Bond
Covalent Radius Single Bond
Covalent Radius Single Bond
Covalent Radius Single Bond
124 pm
124 pm
124 pm
124 pm
124 pm
Covalent Radius Double Bond
Covalent Radius Double Bond
Covalent Radius Double Bond
Covalent Radius Double Bond
Covalent Radius Double Bond
-
-
-
-
-
Covalent Radius Triple Bond
Covalent Radius Triple Bond
Covalent Radius Triple Bond
Covalent Radius Triple Bond
Covalent Radius Triple Bond
181 pm
181 pm
181 pm
181 pm
181 pm
Van der Waals Radius
Van der Waals Radius
Van der Waals Radius
Van der Waals Radius
Van der Waals Radius
[He]2s1
[He]2s1
[He]2s1
[He]2s1
[He]2s1
Electron Configuration
Electron Configuration
Electron Configuration
Electron Configuration
Electron Configuration
Cubic, Body-centred
Cubic, Body-centred
Cubic, Body-centred
Cubic, Body-centred
Cubic, Body-centred
Crystal Structure
Crystal Structure
Crystal Structure
Crystal Structure
Crystal Structure
0.535'00 g/cm3
0.535'00 g/cm3
0.535'00 g/cm3
0.535'00 g/cm3
0.535'00 g/cm3
Density as Solid
Density as Solid
Density as Solid
Density as Solid
Density as Solid
0.512'00 g/cm3
0.512'00 g/cm3
0.512'00 g/cm3
0.512'00 g/cm3
0.512'00 g/cm3
Density as Liquid
Density as Liquid
Density as Liquid
Density as Liquid
Density as Liquid
-
-
-
-
-
Density as Gas
Density as Gas
Density as Gas
Density as Gas
Density as Gas
lm_3m
lm_3m
lm_3m
lm_3m
lm_3m
Space Group Name
Space Group Name
Space Group Name
Space Group Name
Space Group Name
229
229
229
229
229
Space Group Number
Space Group Number
Space Group Number
Space Group Number
Space Group Number
π/2, π/2 & π/2
π/2, π/2 & π/2
π/2, π/2 & π/2
π/2, π/2 & π/2
π/2, π/2 & π/2
Lattice Angles
Lattice Angles
Lattice Angles
Lattice Angles
Lattice Angles
351, 351 & 351 pm
351, 351 & 351 pm
351, 351 & 351 pm
351, 351 & 351 pm
351, 351 & 351 pm
Lattice Constants
Lattice Constants
Lattice Constants
Lattice Constants
Lattice Constants
1
1
1
1
1
Valence
Valence
Valence
Valence
Valence
0.98
0.98
0.98
0.98
0.98
Electronegativity
Electronegativity
Electronegativity
Electronegativity
Electronegativity
59.63 kJ/mol
59.63 kJ/mol
59.63 kJ/mol
59.63 kJ/mol
59.63 kJ/mol
Electron Affinity
Electron Affinity
Electron Affinity
Electron Affinity
Electron Affinity
Ionisation Energy
Ionisation Energy
Ionisation Energy
Ionisation Energy
Ionisation Energy
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Stable
Stable
Stable
Stable
Stable
Half Life
Half Life
Half Life
Half Life
Half Life
Stable
Stable
Stable
Stable
Stable
Lifetime
Lifetime
Lifetime
Lifetime
Lifetime
2s1 = 2, 0, 0, +1/2
2s1 = 2, 0, 0, +1/2
2s1 = 2, 0, 0, +1/2
2s1 = 2, 0, 0, +1/2
2s1 = 2, 0, 0, +1/2
Quantum Numbers
Quantum Numbers
Quantum Numbers
Quantum Numbers
Quantum Numbers
1.370'00 b σs
1.370'00 b σs
1.370'00 b σs
1.370'00 b σs
1.370'00 b σs
Neutron Cross Section
Neutron Cross Section
Neutron Cross Section
Neutron Cross Section
Neutron Cross Section
70.500'00 b σa
70.500'00 b σa
70.500'00 b σa
70.500'00 b σa
70.500'00 b σa
Neutron Mass Absorption
Neutron Mass Absorption
Neutron Mass Absorption
Neutron Mass Absorption
Neutron Mass Absorption
Stable Isotopes
Stable Isotopes
Stable Isotopes
Stable Isotopes
Stable Isotopes
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Unstable Isotopes
Unstable Isotopes
Unstable Isotopes
Unstable Isotopes
Unstable Isotopes
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Isotopes Overview
Isotopes Overview
Isotopes Overview
Isotopes Overview
Isotopes Overview
Isotope | Stability | Symbol | Type | Protons | Neutrons | Spin | Parity | Mass | Abundance | Mass Measure | Mass Excess | Binding Energy | Dipole Moment | Quadrupole Moment | Halflife in Years | Halflife in Seconds | A01 Decay Probability | A01 Decay Mode | A01 Decay Energy | A01 Decay Daughter | A01 Decay Link | A02 Decay Probability | A02 Decay Mode | A02 Decay Energy | A02 Decay Daughter | A02 Decay Link | A03 Decay Probability | A03 Decay Mode | A03 Decay Energy | A03 Decay Daughter | A03 Decay Link | A04 Decay Probability | A04 Decay Mode | A04 Decay Energy | A04 Decay Daughter | A04 Decay Link | A05 Decay Probability | A05 Decay Mode | A05 Decay Energy | A05 Decay Daughter | A05 Decay Link | A06 Decay Probability | A06 Decay Mode | A06 Decay Energy | A06 Decay Daughter | A06 Decay Link | Y01 Decay Product Yield | Y01 Decay Product Nuclide | Y02 Decay Product Yield | Y02 Decay Product Nuclide | Y03 Decay Product Yield | Y03 Decay Product Nuclide | Y04 Decay Product Yield | Y04 Decay Product Nuclide | Y05 Decay Product Yield | Y05 Decay Product Nuclide | Y06 Decay Product Yield | Y06 Decay Product Nuclide | Y07 Decay Product Yield | Y07 Decay Product Nuclide | Y08 Decay Product Yield | Y08 Decay Product Nuclide | Y09 Decay Product Yield | Y09 Decay Product Nuclide | Y10 Decay Product Yield | Y10 Decay Product Nuclide | Y11 Decay Product Yield | Y11 Decay Product Nuclide | Y12 Decay Product Yield | Y12 Decay Product Nuclide | ||||||||||||||||||||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Isotope_003_li_3_u | Unstable | ³Li | Boson | 3 | p | 0 | n | ? | 0 | 3.030'775'000'0 | u | ~ 0 | % | ~ 0 | 28.667'000'000'0 | MeV | 2.267'600'000'0 | MeV | - | - | ? | ? | % | p | ? | keV | ²He | ³Li > [ ? % , p , ? keV ] > ²He | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Isotope_003_li_4_u | Unstable | ⁴Li | Fermion | 3 | p | 1 | n | 2 | -1 | 4.027'185'558'0 | u | ~ 0 | % | ~ 0 | 25.323'185'000'0 | MeV | 1.153'761'000'0 | MeV | - | - | 2.88E-30 | year | 91.000 | yocto-seconds ( x⁻²⁴ ) | 100.000'000 | % | p | 3,103.000 | keV | ³He | ⁴Li > [ 100 % , p , 3,103.0 keV ] > ³He | 100.000'000 | % | ³He | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Isotope_003_li_5_u | Unstable | ⁵Li | Boson | 3 | p | 2 | n | 3/2 | -1 | 5.012'537'800'0 | u | ~ 0 | % | ~ 0 | 11.678'886'000'0 | MeV | 5.266'132'000'0 | MeV | - | - | 1.17E-29 | year | 370.000 | yocto-seconds ( x⁻²⁴ ) | 100.000'000 | % | p | 1,965.000 | keV | ⁴He | ⁵Li > [ 100 % , p , 1,965.0 keV ] > ⁴He | 100.000'000 | % | ⁴He | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Isotope_003_li_6_s | Stable | ⁶Li | Fermion | 3 | p | 3 | n | 1 | 1 | 6.015'122'794'0 | u | 7.590'000 | % | 0.456'547'820'1 | 14.086'793'000'0 | MeV | 5.332'345'000'0 | MeV | 0.822'047'300'0 | nm | -0.000'830'000'0 | b | - | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Isotope_003_li_7_s | Stable | ⁷Li | Boson | 3 | p | 4 | n | 3/2 | -1 | 7.016'004'548'0 | u | 92.410'000 | % | 6.483'489'802'8 | 14.908'141'000'0 | MeV | 5.606'291'000'0 | MeV | 3.256'426'800'0 | nm | -0.040'600'000'0 | b | - | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Isotope_003_li_8_u | Unstable | ⁸Li | Fermion | 3 | p | 5 | n | 2 | 1 | 8.022'487'362'0 | u | ~ 0 | % | ~ 0 | 20.946'844'000'0 | MeV | 5.159'582'000'0 | MeV | 1.653'560'000'0 | nm | -0.031'700'000'0 | b | 2.66E-8 | year | 840.300 | milli-seconds ( x⁻³ ) | 100.000'000 | % | β-α | 16,097.012 | keV | ⁴He | ⁸Li > [ 100 % , β-α , 16,097.012 keV ] > ⁴He | 100.000'000 | % | ⁴He | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Isotope_003_li_9_u | Unstable | ⁹Li | Boson | 3 | p | 6 | n | 3/2 | -1 | 9.026'789'505'0 | u | ~ 0 | % | ~ 0 | 24.954'264'000'0 | MeV | 5.037'839'000'0 | MeV | 3.439'100'000'0 | nm | -0.027'800'000'0 | b | 5.65E-9 | year | 178.300 | milli-seconds ( x⁻³ ) | 50.800'000 | % | β-n | 11,941.270 | keV | ⁸Be | ⁹Li > [ 50.8 % , β-n , 11,941.27 keV ] > ⁸Be | 49.000'000 | % | β- | 13,606.620 | keV | ⁹Be | ⁹Li > [ 49 % , β- , 13,606.62 keV ] > ⁹Be | 50.800'000 | % | ⁴He | 49.000'000 | % | ⁹Be | ⁹Be | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Isotope_003_li_10_u | Unstable | ¹⁰Li | Fermion | 3 | p | 7 | n | ? | 0 | 10.035'481'259'0 | u | ~ 0 | % | ~ 0 | 33.050'581'000'0 | MeV | 4.531'555'000'0 | MeV | - | - | 6.34E-29 | year | 2.000 | zepto-seconds ( x⁻²¹ ) | 100.000'000 | % | n | 25.000 | keV | ⁹Li | ¹⁰Li > [ 100 % , n , 25.0 keV ] > ⁹Li | 50.800'000 | % | ⁴He | 49.000'000 | % | ⁹Be | ⁹Be | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Isotope_003_li_11_u | Unstable | ¹¹Li | Boson | 3 | p | 8 | n | 3/2 | -1 | 11.043'797'715'0 | u | ~ 0 | % | ~ 0 | 40.797'310'000'0 | MeV | 4.149'104'000'0 | MeV | 3.667'800'000'0 | nm | - | 2.77E-10 | year | 8.750 | milli-seconds ( x⁻³ ) | 84.900'000 | % | β-n | 20,119.300 | keV | ¹⁰Be | ¹¹Li > [ 84.9 % , β-n , 20,119.3 keV ] > ¹⁰Be | 4.100'000 | % | β-2n | 13,307.000 | keV | ⁹Be | ¹¹Li > [ 4.1 % , β-2n , 13,307.0 keV ] > ⁹Be | 1.900'000 | % | β-3n | ? | keV | ⁸Be | ¹¹Li > [ 1.9 % , β-3n , ? keV ] > ⁸Be | 1.000'000 | % | β-nα | ? | keV | ⁶He | ¹¹Li > [ 1 % , β-nα , ? keV ] > ⁶He | 0.014'000 | % | β-t | ? | keV | ⁸Li | ¹¹Li > [ 0.014 % , β-t , ? keV ] > ⁸Li | 0.013'000 | % | β-d | ? | keV | ⁹Li | ¹¹Li > [ 0.013 % , β-d , ? keV ] > ⁹Li | 84.899'900 | % | ¹⁰B | 4.106'370 | % | ⁹B | 1.920'607 | % | ⁴He | 1.000'000 | % | ⁶Li | |||||||||||||||||||||||||
Isotope_003_li_12_u | Unstable | ¹²Li | Fermion | 3 | p | 9 | n | ? | 0 | 12.053'780'000'0 | u | ~ 0 | % | ~ 0 | 50.096'000'000'0 | MeV | 3.701'000'000'0 | MeV | - | - | 3.17E-16 | year | 10.000 | nano-seconds ( x⁻⁹ ) | ? | % | n | 1,227.000 | keV | ¹¹Li | ¹²Li > [ ? % , n , 1,227.0 keV ] > ¹¹Li | ? | % | ⁶Li | ? | % | ⁴He | ? | % | ¹⁰B | ? | % | ⁹Be |
