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Temperature
Density
Specific
heat
capacity
-t-
-ρ-
- cp -
-k-
-ν-
-b-
(oC)
(kg/m3)
(kJ/kg.K)
(W/m.K)
x 10-6 (m2/s)
x 10-3 (1/K)
-150
Thermal
Expansion
Kinematic viscosity
conductivity
coefficient
-100
-50
0
2,793
1,98
1,534
1,293
1,026
1,009
1,005
1,005
0,0116
0,016
0,0204
0,0243
3,08
5,95
9,55
13,3
8,21
5,82
4,51
3,67
20
40
60
80
100
120
140
160
180
200
250
300
350
400
1,205
1,127
1,067
1
0,946
0,898
0,854
0,815
0,779
0,746
0,675
0,616
0,566
0,524
1,005
1,005
1,009
1,009
1,009
1,013
1,013
1,017
1,022
1,026
1,034
1,047
1,055
1,068
0,0257
0,0271
0,0285
0,0299
0,0314
0,0328
0,0343
0,0358
0,0372
0,0386
0,0421
0,0454
0,0485
0,0515
15,11
16,97
18,9
20,94
23,06
25,23
27,55
29,85
32,29
34,63
41,17
47,85
55,05
62,53
3,43
3,2
3
2,83
2,68
2,55
2,43
2,32
2,21
2,11
1,91
1,75
1,61
1,49
tml
Prandtl's
number
- Pr Volume
Exp
[cm^3]
0,713
0,711
0,709
0,708
0,703
0,7
0,695
0,69
0,69
0,685
0,68
0,68
0,68
0,68
Calcolo espansione
212
212
α
coeff.ang
To=
288
227
242
257
272
287
300
0,003542 K-1
0,751
cm3 K-1
-282,294 C
f(x) = 0,7509534476x + 212,0320937688
290
280
270
V [cm3]
0,76
0,74
0,725
0,715
260
Colonna I
Lineare (Colonn
Colonna H
250
240
230
220
210
200
0
20
40
60
T [C]
80
100
120
0,001771
0,375495
-141,147
Colonna I
Lineare (Colonna I)
Colonna H
120

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