Chemistry Reference
In-Depth Information
Figure 4. (a) Isotherms for argon. The continuous lines correspond to the ex-
perimental data, and the line formed by small circles are computed according
the isotherm of ideal Bose gas.
Z
c
=
ζ
(
γ
+2)
= 0
.
29
.
Z
c
= 3
/
8
.
p
=
P/P
c
,
ζ
(
γ
+1)
n
=
N/N
c
.
(b) Isotherms for water.
Z
c
= 0
.
23
.
(c) Critical isotherms for
mercury.
Z
c
= 0
.
39
.
3.
Coincidence of the Solution of Distributions of
Bose-Einstein Type for Fractional Dimension with
the Solutions Obtained in the Van-der-Waals Model
Below we present the plots (see Fig. 5) obtained by Vorobiev comparing the
results of the VdW model and the distribution of Bose-Einstein type for new
