Boltzmann constant: Difference between revisions

Revision as of 16:45, 23 February 2007

The Boltzmann constant ( $k$ or $k_{B}$ ) is the physical constant relating temperature to energy.

It is named after the Austrian physicist Ludwig Eduard Boltzmann. Its experimentally determined value (in SI units, 2002 CODATA value) is:

k_{B}=1.3806505(24)\times 10^{-23}

\left.JK^{-1}\right.

=8.617343(15)\times 10^{-5}

\left.eV\right.

\left.K^{-1}\right.

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-The '''Boltzmann constant''' (<math>k</math> or <math>k_B</math>) is the [[physical constant]] relating [[temperature]] to [[energy]].
+The '''Boltzmann constant''' (<math>k</math> or <math>k_B</math>) is the physical constant relating [[temperature]] to [[energy]].
 It is named after the Austrian physicist [[Ludwig Eduard Boltzmann]].
-Its experimentally determined value (in [[SI]] units, 2002 [http://www.codata.org/ CODATA] value) is:
+Its experimentally determined value (in SI units, 2002 [http://www.codata.org/ CODATA] value) is:
 :<math>k_B =1.380 6505(24) \times 10^{-23} </math> <math>\left. JK^{-1}\right.</math>
 :<math> =8.617 343(15) \times 10^{-5}</math>  <math>\left.eV\right.</math> <math>\left.K^{-1}\right.</math>