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Specific Heat of the elements
Text lists sorted by:
Value
| Atomic Number |
Alphabetical
Plots:
3D Live
|
Shaded
|
Ball
|
Crossed Line
|
Scatter
|
Sorted Scatter
Log scale plots:
3D Live
|
Shaded
|
Ball
|
Crossed Line
|
Scatter
|
Sorted Scatter
Good for this property:
Scatter
Hydrogen
14300.J/(Kg K)
[note]
Neodymium
190.J/(Kg K)
[note]
Helium
5193.1J/(Kg K)
[note]
Promethium
N/A
Lithium
3570.J/(Kg K)
[note]
Samarium
196.J/(Kg K)
[note]
Beryllium
1820.J/(Kg K)
[note]
Europium
182.J/(Kg K)
[note]
Boron
1030.J/(Kg K)
[note]
Gadolinium
240.J/(Kg K)
[note]
Carbon
710.J/(Kg K)
[note]
Terbium
182.J/(Kg K)
[note]
Nitrogen
1040.J/(Kg K)
[note]
Dysprosium
167.J/(Kg K)
[note]
Oxygen
919.J/(Kg K)
[note]
Holmium
165.J/(Kg K)
[note]
Fluorine
824.J/(Kg K)
[note]
Erbium
168.J/(Kg K)
[note]
Neon
1030.J/(Kg K)
[note]
Thulium
160.J/(Kg K)
[note]
Sodium
1230.J/(Kg K)
[note]
Ytterbium
154.J/(Kg K)
[note]
Magnesium
1020.J/(Kg K)
[note]
Lutetium
154.J/(Kg K)
[note]
Aluminum
904.J/(Kg K)
[note]
Hafnium
144.J/(Kg K)
[note]
Silicon
710.J/(Kg K)
[note]
Tantalum
140.J/(Kg K)
[note]
Phosphorus
769.7J/(Kg K)
[note]
Tungsten
132.J/(Kg K)
[note]
Sulfur
705.J/(Kg K)
[note]
Rhenium
137.J/(Kg K)
[note]
Chlorine
478.2J/(Kg K)
[note]
Osmium
130.J/(Kg K)
[note]
Argon
520.33J/(Kg K)
[note]
Iridium
131.J/(Kg K)
[note]
Potassium
757.J/(Kg K)
[note]
Platinum
133.J/(Kg K)
[note]
Calcium
631.J/(Kg K)
[note]
Gold
129.1J/(Kg K)
[note]
Scandium
567.J/(Kg K)
[note]
Mercury
139.5J/(Kg K)
[note]
Titanium
520.J/(Kg K)
[note]
Thallium
129.J/(Kg K)
[note]
Vanadium
489.J/(Kg K)
[note]
Lead
127.J/(Kg K)
[note]
Chromium
448.J/(Kg K)
[note]
Bismuth
122.J/(Kg K)
[note]
Manganese
479.J/(Kg K)
[note]
Polonium
N/A
Iron
449.J/(Kg K)
[note]
Astatine
N/A
Cobalt
421.J/(Kg K)
[note]
Radon
93.65J/(Kg K)
[note]
Nickel
445.J/(Kg K)
[note]
Francium
N/A
Copper
384.4J/(Kg K)
[note]
Radium
92.J/(Kg K)
[note]
Zinc
388.J/(Kg K)
[note]
Actinium
120.J/(Kg K)
[note]
Gallium
371.J/(Kg K)
[note]
Thorium
118.J/(Kg K)
[note]
Germanium
321.4J/(Kg K)
[note]
Protactinium
99.1J/(Kg K)
[note]
Arsenic
328.J/(Kg K)
[note]
Uranium
116.J/(Kg K)
[note]
Selenium
321.2J/(Kg K)
[note]
Neptunium
N/A
Bromine
947.3J/(Kg K)
[note]
Plutonium
N/A
Krypton
248.05J/(Kg K)
[note]
Americium
N/A
Rubidium
364.J/(Kg K)
[note]
Curium
N/A
Strontium
300.J/(Kg K)
[note]
Berkelium
N/A
Yttrium
298.J/(Kg K)
[note]
Californium
N/A
Zirconium
278.J/(Kg K)
[note]
Einsteinium
N/A
Niobium
265.J/(Kg K)
[note]
Fermium
N/A
Molybdenum
251.J/(Kg K)
[note]
Mendelevium
N/A
Technetium
63.J/(Kg K)
[note]
Nobelium
N/A
Ruthenium
238.J/(Kg K)
[note]
Lawrencium
N/A
Rhodium
240.J/(Kg K)
[note]
Rutherfordium
N/A
Palladium
240.J/(Kg K)
[note]
Dubnium
N/A
Silver
235.J/(Kg K)
[note]
Seaborgium
N/A
Cadmium
230.J/(Kg K)
[note]
Bohrium
N/A
Indium
233.J/(Kg K)
[note]
Hassium
N/A
Tin
217.J/(Kg K)
[note]
Meitnerium
N/A
Antimony
207.J/(Kg K)
[note]
Darmstadtium
N/A
Tellurium
201.J/(Kg K)
[note]
Roentgenium
N/A
Iodine
429.J/(Kg K)
[note]
Ununbium
N/A
Xenon
158.32J/(Kg K)
[note]
Ununtrium
N/A
Cesium
242.J/(Kg K)
[note]
Ununquadium
N/A
Barium
205.J/(Kg K)
[note]
Ununpentium
N/A
Lanthanum
195.J/(Kg K)
[note]
Ununhexium
N/A
Cerium
192.J/(Kg K)
[note]
Ununseptium
N/A
Praseodymium
193.J/(Kg K)
[note]
Ununoctium
N/A
Notes on the Specific Heat of particular elements:
Hydrogen:
Value given for gas phase of H . 2
Helium:
Value given for gas phase.
Lithium:
Value given for solid phase.
Beryllium:
Value given for solid phase.
Boron:
Value given for solid rhombic form.
Carbon:
Value given for solid graphite form.
Nitrogen:
Value given for gas phase of N . 2
Oxygen:
Value given for gas phase of O . 2
Fluorine:
Value given for gas phase of F . 2
Neon:
Value given for gas phase.
Sodium:
Value given for solid phase.
Magnesium:
Value given for solid phase.
Aluminum:
Value given for solid phase.
Silicon:
Value given for solid phase.
Phosphorus:
Value given for solid phase of P . 4
Sulfur:
Value given for solid rhombic form.
Chlorine:
gas (Cl ) 2
Argon:
Value given for gas phase.
Potassium:
Value given for solid phase.
Calcium:
Value given for solid phase.
Scandium:
Value given for solid phase.
Titanium:
Value given for solid phase.
Vanadium:
Value given for solid phase.
Chromium:
Value given for solid phase.
Manganese:
Value given for solid phase.
Iron:
Value given for solid phase.
Cobalt:
Value given for solid phase.
Nickel:
Value given for solid phase.
Copper:
Value given for solid phase.
Zinc:
Value given for solid phase.
Gallium:
Value given for solid phase.
Germanium:
Value given for solid phase.
Arsenic:
Value given for solid alpha form.
Selenium:
Value given for solid hexagonal form.
Bromine:
Value given for liquid phase.
Krypton:
Value given for gas phase.
Rubidium:
Value given for solid phase.
Strontium:
Value given for solid phase.
Yttrium:
Value given for solid phase.
Zirconium:
Value given for solid phase.
Niobium:
Value given for solid phase.
Molybdenum:
Value given for solid phase.
Technetium:
Value given for gas phase.
Ruthenium:
Value given for solid phase.
Rhodium:
Value given for solid phase.
Palladium:
Value given for solid phase.
Silver:
Value given for solid phase.
Cadmium:
Value given for solid gamma form.
Indium:
Value given for solid phase.
Tin:
Value given for solid gray form.
Antimony:
Value given for solid phase.
Tellurium:
Value given for solid phase.
Iodine:
Value given for solid phase.
Xenon:
Value given for gas phase.
Cesium:
Value given for solid phase.
Barium:
Value given for solid phase.
Lanthanum:
Value given for solid phase.
Cerium:
Value given for solid phase.
Praseodymium:
Value given for solid phase.
Neodymium:
Value given for solid phase.
Samarium:
Value given for solid phase.
Europium:
Value given for solid phase.
Gadolinium:
Value given for solid phase.
Terbium:
Value given for solid phase.
Dysprosium:
Value given for solid phase.
Holmium:
Value given for solid phase.
Erbium:
Value given for solid phase.
Thulium:
Value given for solid phase.
Ytterbium:
Value given for solid phase.
Lutetium:
Value given for solid phase.
Hafnium:
Value given for solid phase.
Tantalum:
Value given for solid phase.
Tungsten:
Value given for solid phase.
Rhenium:
Value given for solid phase.
Osmium:
Value given for solid phase.
Iridium:
Value given for solid phase.
Platinum:
Value given for solid phase.
Gold:
Value given for solid phase.
Mercury:
Value given for liquid phase.
Thallium:
Value given for solid phase.
Lead:
Value given for solid phase.
Bismuth:
Value given for solid phase.
Radon:
Value given for gas phase.
Radium:
Value given for gas phase.
Actinium:
Value given for solid phase.
Thorium:
Value given for solid phase.
Protactinium:
Value given for gas phase.
Uranium:
Value given for solid phase.
Up to date, curated data provided by
Mathematica
's
ElementData
function from
Wolfram Research, Inc.
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Absolute Boiling Point
Isotope Abundances
Absolute Melting Point
Known Isotopes
Abundance in Earth's Crust
Lattice Angles
Abundance in Humans
Lattice Constants
Abundance in Meteorites
Lifetime
Abundance in the Ocean
Liquid Density
Abundance in the Sun
Magnetic Type
Abundance in the Universe
Mass Magnetic Susceptibility
Adiabatic Index
Melting Point
Allotrope Names
Memberships
Alternate Names
Mohs Hardness
Atomic Number
Molar Magnetic Susceptibility
Atomic Radius
Molar Volume
Atomic Weight
Name
Autoignition Point
Neel Point
Block
Neutron Cross Section
Boiling Point
Neutron Mass Absorption
Brinell Hardness
NFPA Fire Rating
Bulk Modulus
NFPA Hazards
CAS Number
NFPA Health Rating
CID Number
NFPA Label
Color
NFPA Reactivity Rating
Covalent Radius
NSC Number
Critical Pressure
Period
Critical Temperature
Phase
Crystal Structure
Poisson Ratio
Curie Point
Quantum Numbers
Decay Mode
Radioactive
Density
Refractive Index
Discovery Year
Resistivity
DOT Hazard Class
RTECS Classes
DOT Numbers
RTECS Number
Electrical Conductivity
Shear Modulus
Electrical Type
Space Group Name
Electron Affinity
Space Group Number
Electron Configuration
Specific Heat
Electronegativity
Speed of Sound
EU Number
Stable Isotopes
Flash Point
Superconducting Point
Gas Atomic Multiplicities
Symbol
Gmelin Number
Thermal Conductivity
Group
Thermal Expansion
Half Life
Valence
Heat of Combustion
Van Der Waals Radius
Heat of Fusion
Vickers Hardness
Heat of Vaporization
Volume Magnetic Susceptibility
Ionization Energies
Young Modulus