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Thermal Conductivity of the elements
Text lists sorted by:
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Atomic Number
| Alphabetical
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Good for this property:
Scatter
Actinium
12 W/(m K)
Hafnium
23 W/(m K)
Praseodymium
13 W/(m K)
Aluminum
235 W/(m K)
Hassium
N/A
Promethium
15 W/(m K)
Americium
10 W/(m K)
Helium
0.1513 W/(m K)
Protactinium
47 W/(m K)
Antimony
24 W/(m K)
Holmium
16 W/(m K)
Radium
19 W/(m K)
Argon
0.01772 W/(m K)
Hydrogen
0.1805 W/(m K)
Radon
0.00361 W/(m K)
Arsenic
50 W/(m K)
Indium
82 W/(m K)
Rhenium
48 W/(m K)
Astatine
2 W/(m K)
Iodine
0.449 W/(m K)
Rhodium
150 W/(m K)
Barium
18 W/(m K)
Iridium
150 W/(m K)
Roentgenium
N/A
Berkelium
10 W/(m K)
Iron
79 W/(m K)
Rubidium
58 W/(m K)
Beryllium
190 W/(m K)
Krypton
0.00943 W/(m K)
Ruthenium
120 W/(m K)
Bismuth
8 W/(m K)
Lanthanum
13 W/(m K)
Rutherfordium
N/A
Bohrium
N/A
Lawrencium
N/A
Samarium
13 W/(m K)
Boron
27 W/(m K)
Lead
35 W/(m K)
Scandium
16 W/(m K)
Bromine
0.12 W/(m K)
Lithium
85 W/(m K)
Seaborgium
N/A
Cadmium
96 W/(m K)
Livermorium
N/A
Selenium
0.52 W/(m K)
Calcium
200 W/(m K)
Lutetium
16 W/(m K)
Silicon
150 W/(m K)
Californium
N/A
Magnesium
160 W/(m K)
Silver
430 W/(m K)
Carbon
140 W/(m K)
Manganese
7.7 W/(m K)
Sodium
140 W/(m K)
Cerium
11 W/(m K)
Meitnerium
N/A
Strontium
35 W/(m K)
Cesium
36 W/(m K)
Mendelevium
N/A
Sulfur
0.205 W/(m K)
Chlorine
0.0089 W/(m K)
Mercury
8.3 W/(m K)
Tantalum
57 W/(m K)
Chromium
94 W/(m K)
Molybdenum
139 W/(m K)
Technetium
51 W/(m K)
Cobalt
100 W/(m K)
Moscovium
N/A
Tellurium
3 W/(m K)
Copernicium
N/A
Neodymium
17 W/(m K)
Tennessine
N/A
Copper
400 W/(m K)
Neon
0.0491 W/(m K)
Terbium
11 W/(m K)
Curium
N/A
Neptunium
6 W/(m K)
Thallium
46 W/(m K)
Darmstadtium
N/A
Nickel
91 W/(m K)
Thorium
54 W/(m K)
Dubnium
N/A
Nihonium
N/A
Thulium
17 W/(m K)
Dysprosium
11 W/(m K)
Niobium
54 W/(m K)
Tin
67 W/(m K)
Einsteinium
N/A
Nitrogen
0.02583 W/(m K)
Titanium
22 W/(m K)
Erbium
15 W/(m K)
Nobelium
N/A
Tungsten
170 W/(m K)
Europium
14 W/(m K)
Oganesson
N/A
Uranium
27 W/(m K)
Fermium
N/A
Osmium
87 W/(m K)
Vanadium
31 W/(m K)
Flerovium
N/A
Oxygen
0.02658 W/(m K)
Xenon
0.00565 W/(m K)
Fluorine
0.0277 W/(m K)
Palladium
71 W/(m K)
Ytterbium
39 W/(m K)
Francium
N/A
Phosphorus
0.236 W/(m K)
Yttrium
17 W/(m K)
Gadolinium
11 W/(m K)
Platinum
71 W/(m K)
Zinc
120 W/(m K)
Gallium
29 W/(m K)
Plutonium
6 W/(m K)
Zirconium
23 W/(m K)
Germanium
60 W/(m K)
Polonium
N/A
Gold
320 W/(m K)
Potassium
100 W/(m K)
Up to date, curated data provided by
Mathematica
's
ElementData
function from
Wolfram Research, Inc.
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Common Properties
Abundance in Earth's Crust
Discovery Year
Abundance in Humans
Electrical Conductivity
Abundance in Meteorites
Electron Affinity
Abundance in the Ocean
Electron Configuration
Abundance in the Sun
Electronegativity
Abundance in the Universe
Half Life
Atomic Mass
Heat of Fusion
Atomic Number
Heat of Vaporization
Atomic Radius
Ionization Energies
Boiling Point
Melting Point
Covalent Radius
Specific Heat
Density
 
Other Properties
Adiabatic Index
Mohs Hardness
Allotrope Names
Molar Magnetic Susceptibility
Alternate Names
Molar Volume
Block
Neutron Cross Section
Brinell Hardness
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Bulk Modulus
NFPA Label
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CID Number
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Color
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Crystal Structure
Refractive Index
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RTECS Number
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DOT Numbers
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Space Group Name
Gas Atomic Multiplicities
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Group
Speed of Sound
Isotope Abundances
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Isotopes (All Known)
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Isotopes (Stable)
Thermal Conductivity
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Volume Magnetic Susceptibility
Mass Magnetic Susceptibility
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Memberships