Heidolph VV micro Betriebsanleitung Seite 27

solvents
acetone
methyl cyanide
benzol
n-butanol (butanol)
tert.-butanol (tert.-butanol)
2-butanon (methylene-etylene-ketone)
tert.-butylmethylether
chlorobenzol
cyclohexane
1,2-dichlorethane
1,2-dichloroethylene (cis)
1,2-dichlorethylene (trans)
dichloromethanw (methylene chloride)
diethylether
diisopropylether
di-isoimethylformamide
1,4-dioxane
ethanole
ethylene-acetate
Heptane
Hexan
methanole
3-methylene-1-butanole (isoamylalcohol)
Pentachlorethanw
Pentane
n-pentanole (amylalcohol)
1-propanole (n-propylalcohol)
2-propanole (isopropylalcohol)
1,1,2,2-tetrachloroethane
tetrachloroethylene
tetrachloromethane (carbontetrachloride)
tetrahydrofurane
toluene
1,1,1-trichloroethane
trichloroethylene
trichloormethane (chloroform)
water
xylole (isomeric mix)
molecular MW boil point
formula [g/mol]
C H O 58,08
3 6
C2H3N 41,05
C H 78,11
6 6
C H O 74,12
4 10
C H O 74,12
4 10
C H O 72,11
4 8
C H O 88,15
5 12
C H CI 112,60
6 5
C H 84,16
6 12
C H CI 98,96
2 4 2
C H CI 96,94
2 2 2
C H CI 96,94
2 2 2
CH CI 84,93
2 2
C H O 74,12
4 10
C H O 102,20
6 14
C H NO 73,09
3 7
C H O 88,11
4 8 2
C H O 46,07
2 6
C H O 88,11
4 8 2
C H 85,09
7 16
C H 86,18
6 14
CH O 32,04
4
C H O 88,15
5 12
C HCI 202,30
2 5
C H 72,15
5 12
C H O 88,15
5 12
C H O 60,10
3 8
C H O 60,10
3 8
C H CI 167,90
2 2 4
C CI 165,80
2 4
CCI 153,80
4
C H O 72,11
4 8
C H 92,14
7 8
C H CI 133,40
2 3 3
C HCI 131,40
2 3
CHCI 119,40
3
H O 18,02
2
C H 106,20 137-143
8 10
27
vacuum for
ΔH boil point of
vap
[°C] [J/g] 40°C
[mbar]
56,5 550 556
81,8 833 230
80,1 549 236
117,5 619
82,9 588 130
79,6 473 243
55,0
132,2 375
80,7 389 235
82,4 336 210
59,0 320 479
47,8 313 751
40,7 373 atm.
34,6 392 atm.
67,5 318 375
153,0
101,1 406 107
78,4 879 175
77,1 394 240
98,4 439 120
68,7 370 335
64,7 1225 337
130,6 593
160,5 203
36,1 382 atm.
137,8 593
97,8 787
82,5 701 137
145,9 247
120,8 233
76,7 225 271
66,0 357
110,6 425
74,1 251 300
86,7 265 183
61,3 263 474
100,0 2259
390
E
25
36
11
14
13
11
67
35
53
77
72
25