Examples of Thermal Conductivity

We explain that what are the examples of thermal conductivity? The thermal conductivity is the ability of materials to transport an amount of energy as heat , through its internal structure. This transfer will depend on the physical properties of the substance, and will become easier and faster if its geometric shape allows a large contact area.

 

Thermal conductors

It is called thermal conductors to those materials that can carry heat through them, from one end to another. This phenomenon is called thermal conduction , and it is one of the three mechanisms of heat transfer: conduction, convection and radiation. The best conductors of heat are metals, among which copper, gold and silver stand out.examples of thermal conductivity

Thermal conductors are used to manufacture devices and equipment that are responsible for transmitting large amounts of heat to raw materials and containers, for example. Metal melting pans and cooking pans are made of conductive materials.

Units of measurement for thermal conductivity

The thermal conductivity is measured in Watts on Kelvin-meter, W / (K * m) is represented. This unit indicates the amount of energy (watts) that is transmitted from one extreme to another, for each absolute degree (Kelvin) that the temperature is increased, and for each meter of length of the material responsible for thermal conduction.

Thermal insulation

It is called thermal insulators to those materials that are totally incapable of carrying out heat transfer. This is of great help when it is required to keep the temperature stable in an enclosure or in a container. Therefore, thermal insulators are used in the construction environment and in the manufacture of refrigerators.examples of thermal conductivity

Among the thermal insulators, plastics such as polystyrene and polyurethane stand out . When these are incorporated between the walls of homes, the thermal sensation of your rooms will be cooler. This helps not to put too much electricity into lowering the temperature. These, in addition, demonstrate the advantage that they repel moisture.examples of thermal conductivity

50 Examples of thermal conductivity

Examples of thermal conductivity
  1. El Hierro has a thermal conductivity of 80.2 Watt / (meter * Kelvin)
  2. The Scandium has a thermal conductivity of 15.8 Watt / (meter * Kelvin)
  3. The Titanium has a thermal conductivity of 21.9 Watt / (meter * Kelvin)
  4. The Vanadium has a thermal conductivity of 30.7 Watt / (meter * Kelvin)
  5. The Chromium has a thermal conductivity of 93.7 Watt / (meter * Kelvin)
  6. The Nickel has a thermal conductivity of 90.7 Watt / (meter * Kelvin)
  7. The copper has a thermal conductivity of 400.0 Watt / (meter * Kelvin)
  8. The Zinc has a thermal conductivity of 116 watt / (meter * Kelvin)
  9. The Cadmium has a thermal conductivity of 96.8 Watt / (meter * Kelvin)
  10. The Plata has a thermal conductivity of 429 Watt / (meter * Kelvin)
  11. The Palladium has a thermal conductivity of 71.8 Watt / (meter * Kelvin)
  12. The Rhodium has a thermal conductivity of 150 watt / (meter * Kelvin)
  13. The Ruthenium has a thermal conductivity of 117 Watt / (meter * Kelvin)
  14. The Technetium has a thermal conductivity of 50.6 Watt / (meter * Kelvin)
  15. The Molybdenum has a thermal conductivity of 139 watt / (meter * Kelvin)
  16. The niobium has a thermal conductivity of 53.7 Watt / (meter * Kelvin)
  17. The Zirconium has a thermal conductivity of 7.22 Watt / (meter * Kelvin)
  18. The Yttrium has a thermal conductivity of 17.2 Watt / (meter * Kelvin)
  19. The Hafnium has a thermal conductivity of 23 Watt / (meter * Kelvin)
  20. The Tantalum has a thermal conductivity of 57.5 Watt / (meter * Kelvin)
  21. The tungsten has a thermal conductivity of 174 watt / (meter * Kelvin)
  22. The Rhenium has a thermal conductivity of 47.9 Watt / (meter * Kelvin)
  23. The Osmium has a thermal conductivity of 87.6 Watt / (meter * Kelvin)
  24. The iridium has a thermal conductivity of 147 watt / (meter * Kelvin)
  25. The platinum has a thermal conductivity of 71.6 Watt / (meter * Kelvin)
  26. The Gold has a thermal conductivity of 317 watt / (meter * Kelvin)
  27. The Mercury has a thermal conductivity of 8.34 Watt / (meter * Kelvin)
  28. The Lanthanum has a thermal conductivity of 13.5 Watt / (meter * Kelvin)
  29. The Cerium has a thermal conductivity of 11.4 Watt / (meter * Kelvin)
  30. The Praseodymium has a thermal conductivity of 12.5 Watt / (meter * Kelvin)
  31. The Neodymium has a thermal conductivity of 16.5 Watt / (meter * Kelvin)
  32. The Promethium has a thermal conductivity of 9.17 Watt / (meter * Kelvin)
  33. The Samarium has a thermal conductivity of 13.3 Watt / (meter * Kelvin)
  34. The Europium has a thermal conductivity of 9.13 Watt / (meter * Kelvin)
  35. The gadolinium has a thermal conductivity of 10.6 Watt / (meter * Kelvin)
  36. The Terbium has a thermal conductivity of 11.1 Watt / (meter * Kelvin)
  37. The Dysprosium has a thermal conductivity of 10.7 Watt / (meter * Kelvin)
  38. The holmium has a thermal conductivity of 16.2 Watt / (meter * Kelvin)
  39. The Erbium has a thermal conductivity of 14.3 Watt / (meter * Kelvin)
  40. The Tulio has a thermal conductivity of 16.8 Watt / (meter * Kelvin)
  41. The Ytterbium has a thermal conductivity of 34.9 Watt / (meter * Kelvin)
  42. The Lutetium has a thermal conductivity of 16.4 Watt / (meter * Kelvin)
  43. The Actinium has a thermal conductivity of 12 watt / (meter * Kelvin)
  44. The Thorium has a thermal conductivity of 54 watt / (meter * Kelvin)
  45. The Protactinium has a thermal conductivity of 47 watt / (meter * Kelvin)
  46. The uranium has a thermal conductivity of 6.27 Watt / (meter * Kelvin)
  47. The neptunium has a thermal conductivity of 6.3 Watt / (meter * Kelvin)
  48. The Plutonium has a thermal conductivity of 6.74 Watt / (meter * Kelvin)
  49. The Americium has a thermal conductivity of 10 watt / (meter * Kelvin)
  50. The Lithium has a thermal conductivity of 84.7 Watt / (meter * Kelvin)
  51. The Sodium has a thermal conductivity of 141 watt / (meter * Kelvin)
  52. The Potassium has a thermal conductivity of 102.4 Watt / (meter * Kelvin)
  53. The Rubidium has a thermal conductivity of 58.2 Watt / (meter * Kelvin)
  54. The Cesium has a thermal conductivity of 35.9 Watt / (meter * Kelvin)
  55. The Magnesium has a thermal conductivity of 156 watt / (meter * Kelvin)
  56. The Calcio has a thermal conductivity of 201 Watt / (meter * Kelvin) examples of thermal conductivity

 

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