where [k.sub.g] is the thermal conductivity in the gas phase, [k.sub.air] is the thermal conductivity of air at atmospheric pressure, [[zeta].sub.g] is the thermal accommodation coefficient
(which is a measure of the thermal energy transfer between a gas molecule and the surface), [gamma] is the ratio of the heat capacity at constant pressure to the heat capacity at constant volume of the air, and Pr is the Prandtl number.
(1) Tangential Momentum Accommodation Coefficient. This coefficient defines the fraction of momentum transfer between the incident gas molecules and the boundary wall surface:
(2) Thermal Accommodation Coefficient. This coefficient defines the fraction of kinetic energy transfer between the incident gas molecules and the boundary wall surface.
where S, [[alpha].sub.f], [C.sub.v], [T.sub.s], [T.sub.nc], and d are the wire surface, accommodation coefficient, specific heat capacity at constant volume, solid surface temperature, noncontinuum layer temperature, and diameter of CNT, respectively.
When the accommodation coefficient [[alpha].sub.f] equals unity, the maximum value of h is given as 
The mass accommodation coefficient used represents stainless steel is [gamma] = 3.4 x [10.sup.-6] (Ito 2007b).
The mass accommodation coefficient for d-limonene on stainless steel is [gamma] = 2.1 x [10.sup.-5] (Ito 2007b).
A thermal accommodation coefficient
of 0.9137 and an equal momentum accommodation coefficient
were also introduced, as required by the numerical solver.
where [K.sub.Slip] is an accommodation coefficient
taken to be 1.0 and [K.sub.n] is the Knudsen number,
In calculations activity and accommodation coefficients
were assumed equal 1.
Second, we will relate the resulting accommodation coefficients to the degree of central bank independence.
Secondly, the resulting accommodation coefficients have been related to the degree of central bank independence.