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...e [[gas constant]], ''R'' = ''N''_A ''k'', where ''k'' is the [[Boltzmann constant]] and ''N''_A is [[Avogadro's constant]].

where ''k''_B is the [[Boltzmann constant]]. It is common to designate the ''partition function'' of the system of c

...ub>F</sub>'' is called the ''Fermi energy'' and ''k_B'' is the [[Boltzmann constant]]. This occupancy function is plotted in the figure versus the energy ''E�

...article, the [[gravitation|gravitational acceleration]] ''g'', and the [[Boltzmann constant]] ''k''. For suspended Brownian particles one has to make a correction for

...>V_\mathrm{T} = \begin{matrix}\frac {kT}{ q}\end{matrix}</math> is the ''[[Boltzmann constant#Role in semiconductor physics: the thermal voltage|thermal voltage]]'', cal

...s proportional to exp(-E/k_BT), where ''k_B'' is the [[Boltzmann constant]] and ''T'' is the [[absolute temperature]]. Summing over the allowed value

...ltage''' (''k_BT/q'' ≈ 25 mV at 290K, ''k_B'' is the [[Boltzmann constant]]), ''I_S'' = reverse saturation current, or scale current; ''V<s where ''V_T'' = [[Boltzmann constant#Role in semiconductor physics: the thermal voltage|thermal voltage]] and ''

...e acceleration, ''c'' the [[speed of light]] in vacuum, and ''k'' is the [[Boltzmann constant]]. "Thus vacuum energy can be made observable by acceleration."<ref name=Br

where ''V''_T is the [[Boltzmann constant#Role in semiconductor physics: the thermal voltage|thermal voltage]].

<math>k_{\rm B} </math> is the [[Boltzmann constant]]. Note that the right-hand side of Equation (1) does not depend on <math>~

: ''T'' = Absolute temperature in Kelvin; <math>\quad</math> k = Boltzmann constant

where ''k_B'' is the [[Boltzmann constant]] and ''T'' is the temperature in [[Kelvin (unit)|kelvin]]s. At 290 K, ''V<

: ''T'' = Absolute temperature in Kelvin; <math>\quad</math> k = Boltzmann constant

...factor]] exp(&minus;''E''_dip-dip/''kT''), where ''k'' is the [[Boltzmann constant]] and ''T'' the absolute temperature.

* [[Boltzmann constant]]