Selected values of properties of hydrocarbons: prepared as part of the work of the American Petroleum Institute Research project 44
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| Format: | Book |
|---|---|
| Language: | English |
| Published: |
Washington, DC
U.S. Gov. Print. Off.
1947
|
| Series: | National Bureau of Standards circular
C,461 |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XIII, 482 S. |
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MARC
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| 050 | 0 | |a C13.4: 461 | |
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| 245 | 1 | 0 | |a Selected values of properties of hydrocarbons |b prepared as part of the work of the American Petroleum Institute Research project 44 |c by Frederick D. Rossini ... |
| 264 | 1 | |a Washington, DC |b U.S. Gov. Print. Off. |c 1947 | |
| 300 | |a XIII, 482 S. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 490 | 1 | |a National Bureau of Standards circular |v C,461 | |
| 650 | 4 | |a Hydrocarbons | |
| 650 | 0 | 7 | |a Eigenschaft |0 (DE-588)4151179-7 |2 gnd |9 rswk-swf |
| 650 | 0 | 7 | |a Kohlenwasserstoffe |0 (DE-588)4125165-9 |2 gnd |9 rswk-swf |
| 689 | 0 | 0 | |a Kohlenwasserstoffe |0 (DE-588)4125165-9 |D s |
| 689 | 0 | 1 | |a Eigenschaft |0 (DE-588)4151179-7 |D s |
| 689 | 0 | |5 DE-604 | |
| 700 | 1 | |a Rossini, Frederick D. |d 1899-1990 |e Sonstige |0 (DE-588)142208566 |4 oth | |
| 810 | 2 | |a United States |p National Bureau of Standards |t National Bureau of Standards circular |v C,461 |w (DE-604)BV002583342 |9 C,461 | |
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| 940 | 1 | |q HUB-ZB011201203 | |
| 999 | |a oai:aleph.bib-bvb.de:BVB01-005990614 | ||
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| adam_text | SELECTED VALUES
of
PROPERTIES OF HYDROCARBONS
CIRCULAR OF THE NATIONAL BUREAU OF STANDARDS C461
Prepared as Part of the work of the
American Petroleum Institute Research Project 44
by
Frederick D Rossini, Kenneth S Pitzer
William J Taylor, Joan P Ebert, John E Kilpatrick
Charles W Beckett, Mary G Williams, and Helene G Werner
Issued November 1947
U S DEPARTMENT OF COMMERCE
W Averell Harriman, Secretary
NATIONAL BUREAU OF STANDARDS
E U Condon, Director
UNITED STATES GOVERNMEI T PRINTING OFFICE, WASHINGTON, D C
For sale by the Superintendent of Documents, United States Government Printing Office, Washington 25, DC- ^^^^S^Buckram)
S3-75
Elgentum der
Chemise )?!] Zeatrci nicherei
Cc -i Bcsch-Haus
Fronkfurt /Main
Vnce
vii
CONTENTS
PREFACE
I INTRODUCTION
Fundamental constants and conversion factors
Temperature scale
Internal consistency
Sources of data
Methods of calculation 2
Uncertainties 2
Explanation of numbers in titles of tables 2
Explanation of letters in titles of tables 2
Summary of tables as of May 31, 1947 4
II TABLES OF FUNDAMENTAL CONSTANTS, CONVERSION FACTORS, USEFUL
EQUATIONS, AND MOLECULAR WEIGHTS 7
a (part 1) Values of fundamental constants 8
a (part 2) Values of fundamental constants 9
a (part 3) Values of fundamental constants 10
(5 (part 1) Conversion factors for units of length 11
- (3 (part 2) Conversion factors for units of length 11
(3 (part 3) Conversion factors for units of area 11
(3-(part 4) Conversion factors for units of volume 12
{3 (part 5) Conversion factors for units of mass 13
(3 (part 6) Conversion factors for units of density 13
(3 (part 7) Conversion factors for units of pressure 14
(5 (part 8) Conversion factors for units of energy 15
g (part 9) Conversion factors for units of molecular energy 16
(3 (part 10) Conversion factors for units of specific energy 17
(3 (part 11) Conversion factors for units of specific energy per degree : 17
y (part 1) Useful equations with numerical constants 18
8 (index to parts) Molecular weights 19
6 (part 1) Molecular weights; CoHo to CioHtt 20
8 (part 2) Molecular weights, CioHo to C20H22 21
• - ~ •• — : 22
S (part 3) Molecular weights, C10H22 to CzoHi
8 (part 4) Molecular weights,, C20H0 to C30H22
S (part 5) Molecular weights,, C2pH22 to C30H4
8 (part 6) Molecular weights,, C20H 42 to C30H6
8 (part 7) Molecular weights; C30H0 to C40H22 26
8 (part 8) Molecular weights, C30H22 to C40H4
S (part 9) Molecular weights, C3oH42 to C 0H6
8 (part 10) Molecular weights, C30H62 to C4oIIs2-
8 (part 11) Molecular weights, C oH0 to C50H22
8 (part 12) Molecular weights, C 10H22 to C6oH42
S (part 13) Molecular weights, C4oH42 to C6oH62
8 (part 14) Molecular weights, C4oIl62 to CsoH82
, 8 (part 15) Molecular weights, C40HS2 to CsoHio2 34
III TABLES OF SELECTED VALUES OF PROPERTIES 35
Explanation of arrangement of tables 35
Systematic classification of table numbers by classes of compounds » 36
Index of letters identifying tables arranged alphabetically by names of properties 36
Tables of selected values of properties
la
2a (part 1)
2a (part 2)
3a
4a (part 1)
4a (part 2)
5a
6a
7a
8a (part 1)
8a (part 2)
9a (part 1)
9a (part 2)
10a (part 1)
10a (part 2)
10a (part 3)
10a (part 4)
10a (part 5)
11a (part 1)
11a (part 2)
12a
13a
14a
15a
Boiling point, at 760 mm
Hg, in°C
dt/dp, at 760 mm Hg in
°C/mmHg
Refractive index, at 20° and
25°C, nn
Density, at 20° and 25°C,
in g/ml •
Freezing point, in air at 1
atm, in °C
Paraffins, Ci to C6 37
Paraffins, C« 38
Paraffins, C7 -39
Paraffins, C8 40
Paraffins, C9 -• • • -41
Paraffins, C9 42
Alkylbenzenes, C« to C9 43
Alkylcyclopentanes, C6 to C7 44
Alkylcyclonexanes, C6 to Cs 45
Monoolefins, C2 to C6 46
Monoolcfins, Ce -47
Monoolefins, Ci 48
Monoolcfins, C7 • 49
Monoolefins, C8 50
Monoolefins, C8 51
Monoolefins, Cs 52
Monoolefins, C8 53
Monoolefins, C8 54
Dioletins, C3 to Cs 55
Diolefins, C« 56
Acetylene^ C2 to C6 57
Styrenes, C8 and C8 58
Alkylbenzenes, C10 59
Alkylcyclopentanes, Cs 60
viii
la-E
2a-E (part 1)
2a-E (part 2)
3a-E
4a-E (part 1)
4a-E (part 2)
5a-E
6a-E
7a-E
8a-E (part 1)
8a-E (part 2)
9a-E (part 1)
9a-E (part 2)
lOa-E (part 1)
lOa-E (part 2)
lOa-E (part 3)
lOa-E (part 4)
lOa-E (part 5)
lla-E (part 1)
1 la-E (part 2)
12a-E
13a-E
14a-E
15a-E
lb
2b (part 1)
2b (part 2)
3b
4b (part 1)
4b (part 2)
5b
6b
7b
8b (part 1)
8b (part 2)
9b (part 1)
9b (part 2)
10b (part 1)
10b (part 2)
10b (part 3)
10b (part 4)
10b (part 5)
lib (part 1)
1 lb (part 2)
12b
13b
14b
15b
20c (part 1)
20c (part 2)
20c (part 3)
20c (part 4)
20c-E (part 1)
20c-E (part 2)
20c-E (part 3)
20c-E (part 4)
20c-K (part 1)
20c-K (part 2)
20c-K (part 3)
20c-K (part 4)
lk
2k (part 1)
2k (part 2)
3k (part 1)
3k (part 2)
5k (part 1)
5k (part 2)
6k (part 1)
7k (part 1)
7k (part 2)
8k (part 1)
lm
2m
3m
4m
5m
6m
7m
8m (part 1)
Boiling point, at 29 921
in Hg, in °F
dt/dp, at 29 921 in Hg,
in °F/in Hg
Refractive index, at 68°
and 77°F, no-
Density, at 60°, 68°, and
77°, in lb/ft3 and lb/
gal
Specific gravity, (60°F/
60°F)
Freezing point, in air at 1
atm, in °F
Molecular volume, at 20°
and 25° C, in nil/mole
Molecular refraction, at 20°
and 25°C, in ml/mole
Specific refraction, at 20°
and 25°C, in ml/g
Refractivity intercept, at 20°
and 25°C •
Specific dispersion, at 20°
and 25°C, in ml/g
I Viscosity (absolute), for]
the normal liquid range,
at given temperatures
in °C, in centipoises
[Kinematic viscosity, for
the normal liquid range,
at given temperatures
in °F, in centistokes
Kinematic viscosity, for
the normal liquid range,
at given temperatures
in °C, in centistokes
f Vapor pressures and boiling1
points, at 10 to 1,500 mm f
Hg, in °C J
Heats of vaporization, AHv,
at 25°C and normal boil
ing point, in kcal/mole,
cai/g, and iBtu/lb
Entropy of vaporization, amp;Sv,
at normal boiling point,
in cal/deg mole
Paraffins, Ci to C6 61
Paraffins, C6 62
Paraffins, C7 63
Paraffins, Ca 64
Paraffins, Cs 65
Paraffins, Cs • • 66
Alkylbenzenes, Cs to C9 67
Alkylcyclopentanes, C5 to C7 68
Alkylcyclohexanes, C6 to Cg 69
Monoolefins, CttoCs 70
Monoolefins, C6 71
Monoolefins, C7 72
Monoolefins, C7 ! 73
Monoolefins, Cg 74
Monoolefins, Cs 75
Monoolefins, Cs 76
Monoolcfins, C8 77
Monoolefins, C8 78
Diolefins, C3 to C5 79
Diolefins, C6 80
Acetylenes, C2 to Cs 81
Styrenes, C8 and Cs 82
Alkylbenzenes, C10 83
Alkylcyclopentanes, C8 84
Paraffins, Ci to C5 85
Paraffins, C6 86
Paraffins, C7 87
Paraffins, Cg 88
Paraffins, C9 89
Paraffins, C9 90
Alkylbenzenes, C6 to Cs 91
Alkylcyclopentanes, Cs to C7 92
Alkylcyclohexanes, C» to C8 93
Monoolefins, C2 to Cs 94
Monoolefins, Cs 95
Monoolefins, C7 96
Monoolefins, C7 97
Monoolefins, C8 98
Monoolefins, Cg 99
Monoolefins, C8 100
Monoolefins, C8 101
Monoolefins, Cg 102
Diolefins, C3 to Cs- 103
Diolefins, C6 • 104
Acetylene^ C2 to Cs 105
Styrenes, Cs and Cs 106
Alkylbenzenes, C10 107
Alkylcyclopentanes, Cg 108
Normal paraffins, Ci to C5 109
Normal paraffins, Cs to C10 110
Normal paraffins, Cn to Cis Ill
Normal paraffins, C16 to C2o- • • 112
Normal paraffins, Ci to Cs - - 113
Normal paraffins, Cs to C10 114
Normal paraffins, Cn to Cis 115
Normal paraffins, C16 to C20 116
Normal paraffins, Ci to C5 117
i Normal paraffins, Cs to C10 118
Normal paraffins, Cn to Cis 119
Normal paraffins, Ci6 to C20 120
Paraffins, Ci to C5 121
Paraffins, Cs 122
Paraffins, C7 123
Paraffins, C8 124
Paraffins, Cs 125
Alkylbenzenes, Cs to Cg 126
Alkylbenzenes, Cs 127
Alkylcyclopentanes, Cs to C7 128
Alkylcyclohexanes, Cs to C8 129
Alkylcyclohexanes, C8 130
Monoolefins, C2 to C 131
Paraffins, Ci to C5 132
Paraffins, C6 and C7 133
Paraffins, C8 134
Paraffins, C5 135
Alkylbenzenes, Cs to C9 136
Alkylcyclopentanes, Cs to C7 137
Alkylcyclohexanes, Cs to C8 138
Monoolefins, C2 to C« 139
On
In
2n
3n
5n
8n (part 1)
8n (part 2)
9n (part 1)
9n (part 2)
12n
20n
21n
22n
23n
24n
25n
Op
IP
2p
3p
5p
8p (part 1)
8p (part 2)
12p
20p
21p
24p
25p
Heat of combustion,
A He, at 25° C,
liquid and gas, in?
kcal/mole, cal/g, and
and Btu/Ib j
Heat of formation,
AHf°, at 25°C, liquid
and gas, in kcal/
mole
Entropy, S, at 25°C,
liquid and gas, in
cal/deg mole
Free energy of forma
tion, iff, at 25°C,
liquid and gas, in
kcal/mole
H2, C, CO 140
Paraffins, Ci to C6 141
Paraffins, C6 and C7 142
Paraffins, Cs 143
Alkylbenzenes, C6 to C9 144
Monoolcfins, C2 to Cs 145
Monoolcfins, Co 146
Monoolcfins, C7 147
Monoolefins, Cj 148
Acetylenes, C2 to Cs 149
Normal paraffins, Ci to C20 150
Normal alkylbenzenes, C6 to C22 151
Normal alkylcyclopentanes, C6 to C2i 152
Normal alkylcyclohexanes, Ce to C22 153
Normal monoolcfins (1-alkenes), C2toC2o-154
Normal acetylenes (1-alkyncs), C2toC20 155
02,H2,H20, N2,C,C0,C02 156
Paraffins, Ci to Cs 157
Paraffins, C6 and C7 158
Paraffins, Cg 159
Alkylbenzenes, Ce to C9 160
Monoolefins, C2 to Cs * 161
Monoolefins, Ce 162
Acetylenes, C2 to C6 163
Normal paraffins, Ci to C2 164
Normal alkylbenzenes, C6 to C22 165
Normal monoolefins (1-alkenes), C2to C2n 166
Normal acetylenes (1-alkynes), C2 to C20 167
iq
2q
3q
5q
7q
Standard heat of vaporization,
AHv°, at 25°C, in kcal/mole
Standard entropy of vaporization,
{ ASv°, at 25°C, in cal/deg mole
Standard free energy of vaporiza
tion, AFv°, at 25°C, in kcal/
mole
Paraffins, Ci to C5 168
Paraffins, C6 and C7 169
•J Paraffins, Cg 170
Alkylbenzenes, Ce to C9 171
Alkylcyclohexanes, C6 to C8 172
OOr
Or
lr
2r (nart 1)
2r v irt 2)
3r
5r
7r
8r (part 1)
8r (part 2)
8r (part 3)
12r
20r
21r
22r
23r
24r
25r «
00s
0s
Is
2s (part 1)
2s (part 2)
3s
5s
7s
8s (part 1)
8s (part 2)
8s (part 3)
12s
20s
21s
22s
23s
24s
25s
(Heat content func-
I tion,(H° — H0°)/T,
| to 1,500°K, in cal/
[ deg mole
O, H, N, C 173
02, H2, OH, H20, N2, NO, C, CO, C02 174
Paraffins, Ci to C6 175
Paraffins, Ce 176
Paraffins, C, 177
Paraffins, Cs 178
Alkylbenzenes, C6 to C9 179
Alkylcyclohexanes, Cs to Cg 180
Monoolefins, C2 to C4
Monoolefins, Cs
Monoolefins, C6
Acetylenes, C2 to Cs
fFree-energy function, ]
I (F°-Ho°)/f, to I
1,500°K, in cal/1
I deg mole J
• 184
Normal paraffins, Ci to C2o • 185
Normal alkylbenzenes, C6 to C22 186
Normal alkylcyclopentanes, C5 to C2i 187
Normal alkylcyclohexanes, C6 to C22 188
Normal monoolefins (1-alkenes), C2 to C20 189
Normal acetylenes (1-alkynes), C2 to C20 190
0,H,N,C - 191
02, H2, OH, H20, N2, NO, C, CO, C02 192
Paraffins, Ci to Cs 193
Paraffins, C6 194
Paraffins, C7 195
Paraffins, Cg 196
Alkylbenzenes, C6 to C9 197
Alkylcyclohexanes, Ce to Cs 198
Monoolefins, C2 to C4 199
Monoolefins, Cs
Monoolefins, C6
Acetylenes, C2 to C5
Normal paraffins, Ci to C2o 203
Normal alkylbenzenes, C6 to C22 204
Normal alkylcyclopentanes, Cs to C2i 205
Normal alkylcyclohexanes, Ce to C22 206
Normal monoolefins (1-alkenes), C2 to C20 207
Normal acetylenes (1-alkynes), C2 to C20 208
oot
Ot
It
2t (part 1)
2t (part 2)
3t
5t
7t
8t (part 1)
8t (part 2)
8t (part 3)
12t
20t
21t
22t
23t
24t
25t
OOu
Ou
lu
2u (part 1)
2u (part 2)
3u
5u
7u
8u (part 1)
8u (part 2)
8u (part 3)
12u
20u
21u
22u
23u
24u
25u
[Entropy,
1,500°K,
deg mole
to
cal/
[Heat content, #° —
j //„°, to , 1,500°K,
[ in eal/mole r
0,H,N,C 209
02,H2,0H,H20, N2,N0,C,C0,C02 210
Paraffins, Ci to Cs 211
Paraffins, Ce 212
Paraffins, C7 213
Paraffins, C8 214
Alkylbenzenes, Ce to C9 215
Alkylcyclohexanes, Ce to C8 216
Monoolefins, C2 to C4 217
Monoolefins, C5 218
Monoolefins, C8 219
Acetylenes, C2 to C6 220
Normal paraffins, Ci to C20 221
Normal alkylbenzenes, Co to C22 222
Normal alkylcyclopentanes, C6 to C2i 223
Normal alkylcyclohexanes, C6 to C22 224
Normal monoolefins (1-alkenes) C2 to C2o-225
Normal acetylenes (1-alkynes) C2 to C20 226
OHNC 227
02,H2,0H,H20,N2,N0,C,C0,C02 228
Paraffins, Ci to Cs 229
Paraffins, Ce 230
Paraffins, C7 231
Paraffins, C» 232
Alkylbenzenes, Ce to C9 • 233
Alkylcyclohexanes, C6 to Cg 234
Monoolefins, C2 to C4 235
Monoolefins, C5 236
Monoolefins, C« 237
Acetylenes, C2 to C5 238
Normal paraffins, Ci to C20 : 239
Normal alkylbenzenes, C6 to C22 240
Normal alkylcyclopentanes, C5 to C2i 241
Normal alkylcyclohexanes, Ce to C22 242
Normal monoolefins (1-alkenes), C2 to C2o-243
Normal acetylenes (1-alkynes), C2 to C20 244
Ou-E
lu-E
2u-E (part 1)
2u-E (part 2)
3u-E (part 1)
3u-E (part 2)
5u-E (part 1)
5u-E (part 2)
8u-E (part 1)
8u-E (part 2)
8u-E (part 3; page 1)
8u-E (part 3; page 2)
12u-E ;
20u-E (part 1) 1
20u-E (part 2)
21u-E (part 1) 1
21u-E (part 2)
24u-E (part 1)
24u-E (part 2)
25u-E (part 1)
25u-E (part 2)
Ou-G
lu-G
2u-G (part 1)
2u-G (part 2)
3u-G
5u-G
8u-G (part 1)
8u-G (part 2)
8u-G (part 3)
12u-G
20u-G
21u-G
24u-G
25u-G
Heat content,
11°-11°,
to 2,200°-
F, in Btu/
ib
[Heal content, H° —
H0°, to 1,200°C,
{ in cal/g
02,H2,0H,H20,N2,N0,C,C0,C02 245
Paraffins, Ci to Cs 246
Paraffins, C6 247
Paraffins, C7 248
Paraffins, Cg 249
Paraffins, Cg 250
Alkylbenzenes, Ce to Cg 251
Alkylbenzenes^ Cs 252
Monoolefins, C2 to C4 253
Monoolcfins, C5 254
Monoolefins, C6 255
Monoolefins, Ce 256
Acetylenes, C2 to C5
Normal paraffins, Ci to C10
Normal paraffins, Cn to C2o
Normal alkylbenzenes, Ce to C13
Normal alkylbenzenes, Ci4 to C22
Normal monoolefins (1-alkenes), C2 to Cn
Normal monoolefins (1-alkenes), Ci2toC2(
Normal acetylenes (1-alkynes), C2 to Ci;
Normal acetylenes (1-alkynes), Ci2to C2i
02,H2,0H,H20,N2,N0,C,C0,C02 266
Paraffins, Ci to C5 267
Paraffins, C6 268
Paraffins, C7 269
Paraffins, Cg 270
Alkylbenzenes, C$ to C9 271
Monoolefins, C2 to C4 272
Monoolefins, Cs 273
Monoolefins, Ce 274
Acetylenes, C2 to C5 275
Normal paraffins, Ct to C20 276
Normal alkylbenzenes, Cs to C22 277
Normal monoolefins (1-alkenes), C2 to C2o 278
Normal acetylenes (1-alkynes), C2 to C20 279
xi
OOv
OV
lv
2v (part 1)
2v (part 2)
3v
5v
7v fIleal
8v (part 1) [ C,
8v (part 2)
8v (part 3)
12v
20v
21 v
22v
23v
24v
25v J
Ov-E
lv-E
2v-E (part 1)
2v-E (part 2)
3v-E
5v-E (part 1)
ov-E (part 2)
Sv-E (part 1)
8v-E (part 2)
8v-E (part 3, page 1)
Sv-E (part 3, page 2)
12 v-E
20v-E (part 1)
20v-E (part 2)
2lv-E (part 1)
2lv-E (part 2)
24v-E (part 1)
24v-E (part 2)
25v-E (part 1)
25v-E (part 2)
Ov-G
Iv-G
2v-G (part 1)
2v-G (part 2)
3v-G
5v-G
8v-G (part 1)
8v-G (part 2)
8v-G (part 3)
12v-G
20v-G
21v-G
24v-G
25v-G
00 w i
Ow
l v
2 v (part 1)
2 v (part 2)
3 v
5w
7w
8w (part 1)
8w (part 2)
8w (part 3)
12 v
20w
21w
22w
23 w
24w
25w
ca i acit /,
to 1,500°K,
:il/deg mole
Heat capa
city, C„°,
to 2,200
°F, in
Btu/lb°F
f Heat capacity,
C,°, to 1,200°C,
in cal/g °C
fHeatofformation,)
AHf6, to 1,500°K, j-
in kcal/mole J
0H c- 280
Oj HiOH HA^ NOjQCb COi !! 281
Paraffins, C1 to C5 282
Paraffins, C6 283
Paraffins, C7 284
Paraffins, Cs 285
Alkylbenzenes, C6 to Cs 286
Alkylcyclohexanes, C6 to Cs 287
Monoolefins, C2 to Ci 288
Monoolefins, C6 289
Monoolefins, C6 • • -290
Acetylenes, C2 to Cs 291
Normal paraffins, Ci to C2o 292
Normal alkylbenzenes, C6 to C22 293
Normal alkylcyclopentanes, Cs to C2i 294
Normal alkylcyclohexanes, C6 to C22 • • • • 295
Normal monoolefins (1-alkenes), C2 to C2 296
Normal acetylenes (1-alkynes), C2 to C20 297
02,H2,0H, H20, N2,N0,C,C0,C02 298
Paraffins, Ci to Cs 299
Paraffins, Cs 300
Paraffins, C7 301
Paraffins, C8 302
Alkylbenzenes, C6 to C8 303
Alkylbenzenes, Cs 304
Monoolcfins, C2 to C4 305
Monoolefins, C5 306
Monoolefins, C6 307
Monoolefins, C6 308
Acetylenes, C2 to C5 309
Normal paraffins, Ci to Cu 310
Normal paraffins, C11 to C2o 311
Normal alkylbenzenes, Ce to Cn 312
Normal alkylbenzenes, Cm to C22 313
Normal monoolefins (1-alkenes), C2 to Cn 314
Normal moonolefins (1-alkenes), C12 to CJ0 315
Normal acetylenes (1-alkynes), C2 to Cn 316
Normal acetylenes (1-alkynes), C12 to C20 317
02,H2,0H,H20,N2,N0,C,C0,C02 318
Paraffins, Ci to Cs 319
Paraffins, C6 320
Paraffins, C7 321
Paraffins, C8 322
Alkylbenzenes, C6 to C9 323
Monoolefins, C2 to C« 324
Monoolefins, Cs 325
Monoolefins, C$ 326
Acetylenes, C2 to C» : :327
Normal paraffins, Ci to CM 328
Normal alkylbenzenes, Cs to C22 329
Normal monoolefins (1-alkenes), C2 to Cm 330
Normal acetylenes (1-alkynes), C2 to Cm 331
0,H,N,C 332
02,H2,0H,H20,X2,N0,C,C0,C02 333
Paraffins, Ct to Cs 334
Paraffins, C6 335
Paraffins, C7 336
Paraffins, C8 337
Alkylbenzenes, C$ to Cs 338
Alkylcyclohexanes, C6 to Cs 339
Monoolefins, C2 to C 340
Monoolefins, Cs 341
Monoolefins, C6 342
Acetylenes, C2 to C5 343
Normal paraffins, Ci to C20 344
Normal alkylbenzenes, C6 to C22 345
Normal alkylcyclopentanes, Cs to C2i 346
Normal alkylcyclohexanes, Cs to C22 347
Normal monoolefins (1-alkenes), C2 to C2o 348
Normal acetylenes (1-alkynes), C2 to C» 349
Xll
OOx
Ox
lx
2x (part 1)
2x (part 2)
3x
5x
7x
8x (part 1)
8x (part 2)
8x (part 3)
12x
20x
21x
22x
23x
24x
25x
OOy
Oy
iy
2y (part 1)
2y (part 2)
3y
5y
7y
8y (part 1)
8y (part 2)
8y (part 3)
12y
20y
2iy
22y
23y
24y
25y
lz
2z (part 1)
2z (part 2)
3z
5z
6z
7z
8z (part 1)
8z (part 2)
Free energy of forma
tion, AFf, to
1,500°K, in kcal/
mole
(Logarithm of equili-]
Ibriumconstantof{
I formation, tof
I, 1,500°K, logioK/ j
0,H,N,C 350
O2)H2,OH,H2O,N!,NO C,CO,CO2 351
Paraffins, Ci to C5 352
Paraffins, C6 353
Paraffins, C7 354
Paraffins, C8 355
Alkylbenzenes, C6 to C9 356
Alkylcyclohexanes, C6 to C8 357
Monoolefins, C2 to C4 358
Monoolefins, C6 359
Monoolefins, C6 360
Acetylenes, C2 to Cs 361
Normal paraffins, CI to C2o 362
Normal alkylbenzenes, C$ to C22 363
Normal alkylcyclopentanes, C6 to C2i 364
Normal alkylcyclohexanes, C6 to C22 365
Normal monoolefins (1-alkenes), C2 to Cm 366
Normal acetylenes (1-alkynes), C2 to C20 367
0,H,N,C 368
02,H2,0H,H20,N 2,N0,C,C0,C02 369
Paraffins, Ci to C5 370
Paraffins, Ce 371
Paraffins, C7 372
Paraffins, C8 373
Alkylbenzenes, C8 to C9 374
Alkylcyclohexanes, C» to C8 375
Monoolefins, C2 to C 376
Monoolefins, C5 377
Monoolefins, Cs 378
Acetylenes, C2 to Cs 379
Normal paraffins, CI to C2O 380
Normal alkylbenzenes, C6 to C22 381
Normal alkylcyclopentanes, Cs to C2i 3 8 2
Normal alkylcyclohexanes, C6 to C22 383
Normal monoolefins (1-alkenes), C2 to C20 384
Normal acetylenes (1-alkynes), C2 to C20 385
Heat of fusion, AHm°, in kcal/
mole
Entropy of fusion, ASm, in
cal/deg mole
Freezing points, in air at 1
atm, in °C and °K
Cryoscopic constants J
Paraffins, CI to C6 386
Paraffins, C6 387
Paraffins, C7 388
Paraffins, C8 389
Alkylbenzenes, C6 to C9 390
Alkylcyclopentanes, CS to C7 391
Alkylcyclohexanes, C6 to C8 392
Monoolefins, C2 to C4 393
Monoolefins, CS 394
IV SPECIFIC REFERENCES FOR TABLES OF PROPERTIES 395
la, la-E, and lb 396
2a (part 1), 2a-E (part 1), and 2b (part 1) 397
2a (part 2), 2a-E (part 2), and 2b (part 2) 398
3a, 3a-E, and 3b 399
4a (part 1), 4a-E (part 1), and 4b (part 1) 400
4a (part 2), 4 amp;-E (part 2), and 4b (part 2) 401
5a, 5a-E, and 5b 402
6a, 6a-E, and 6b 404
7a, 7a-E, and 7b 405
8a (part 1), 8a-E (part 1), and 8b (part 1) 406
8a (part 2), 8a-E (part 2), and 8b (part 2) 407
9a (part 1), 9a-E (part 1), and 9b (part 1) 408
9a (part 2), 9a-E (part 2), and 9b (part 2) ! 409
10a (part 1), lOa-E (part 1), and 10b (part 1) 410
10a (part 2), lOa-E (part 2), and 10b (part 2) 411
10a (part 3), lOa-E (part 3), and 10b (part 3) 412
10a (part 4), lOa-E (part 4), and 10b (part 4) 413
10a (part 5), lOa-E (part 5), and 10b (part 5) 414
11a (part 1), lla-E (part 1), and lib (part 1) 415
11a (part 2), lla-E (part 2), and lib (part 2) 416
12a, 12a-E, and 12b 417
13a, 13a-E, and 13b 418
14a, 14a-E, and 14b 419
15a, 15a-E, and 15b 421
20c, 20c-E, and 20c-K 422
lk 423
2k (part 1) 423
2k (part 2) 424
3k424
5k 425
6k 425
7k 426
8k 426
lm ; 427
2m 427
3m 428
4m 429
5m 430
6m 430
7m 431
8m 431
n 432
Op 433
lp 434
2p 435
3p 436
5p : 437
8p (part 1) 438
8p (part 2) 439
12p 440
20p 441
21 p 442
24 p 443
25p 444
q 445
OOr, 00s, OOt, OOu, OOv, OOw, OOx, and OOy 446
Or, Os, Ot, Ou, Ou-E, Ou-G, Ov, Ov-E, Ov-G, Ow, Ox, and Oy 447
lr, Is, It, lu, lu-E, lu-G, lv, lv-E, lv-G, lw, lx, and ly 448
2r, 2s, 2t, 2u, 2u-E, 2u-G, 2v, 2v-E, 2v-G, 2w, 2x, and 2y (parts 1) 449
2r, 2s, 2t, 2u, 2u-E, 2u-G, 2v, 2v-E, 2v-G, 2w, 2x, and 2y (parts 2) 450
3r, 3s, 3t, 3u, 3u-E, 3u-G, 3v, 3v-E, 3v-G, 3w, 3x, and 3y 451
5r, 5s, 5t, 5u, 5u-E, 5u-G, 5v, 5v-E, 5v-G, 5w, 5x, and 5y 452
7r, 7s, 7t, 7u, 7v, 7w, 7x, and 7y 453
8r, 8s, 8t, 8u, 8u-E, 8u-G, 8v, 8v-E, 8v-G, 8w, 8x, and 8y (parts 1) 454
8r, 8s, 8t, 8u, 8u-E, 8u-G, 8v, 8v-E, 8v-G, 8w, 8x, and 8y (parts 2) 455
8r, 8s, 8t, 8u, 8u-E, 8u-G, 8v, 8v-E, 8v-G, 8w, 8x, and 8y (parts 3) 456
12r, 12s, 12t, 12u, 12u-E, 12u-G, 12v, 12v-E, 12v-G, 12w, 12x, and 12y 457
20r, 20s, 20t, 20u, 20u-E, 20u-G, 20v, 20v-E, 20v-G, 20w, 20x, and 20y 458
21r, 21s, 21t, 21u, 21u-E, 21u-G, 21 v, 21v-E, 21v-G, 21w, 21x, and 21y 459
22r, 22s, 22t, 22u, 22v, 22w, 22x, and 22y 460
23r, 23s, 23t, 23u, 23v, 23w, 23x, and 23y 461
24r, 24s, 24t, 24u, 24u-E, 24u-G, 24v, 24v-E, 24v-G, 24w, 24x, and 24y 462
25r, 25s, 25t, 25u, 25u-E, 25u-G, 25v, 25v-E, 25v-G, 25w, 25x, and 25y 463
lz 464
2z (part 1) 465
2z (part 2) 466
3z 467
5 z 468
6z 469
7z : 470
8z (part 1) 471
8z (part 2) i - 472
V GENERAL LIST OF REFERENCES 473
VI PUBLICATIONS OF THE AMERICAN PETROLEUM INSTITUTE RESEARCH
PROJECT 44 483
|
| any_adam_object | 1 |
| author_GND | (DE-588)142208566 |
| building | Verbundindex |
| bvnumber | BV009050847 |
| callnumber-first | C - Historical Sciences |
| callnumber-label | C13 |
| callnumber-raw | C13.4: 461 QD305.H5 |
| callnumber-search | C13.4: 461 QD305.H5 |
| callnumber-sort | C 213.4 3461 |
| callnumber-subject | C - General History |
| ctrlnum | (OCoLC)13627737 (DE-599)BVBBV009050847 |
| dewey-full | 547.2 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| dewey-ones | 547 - Organic chemistry |
| dewey-raw | 547.2 |
| dewey-search | 547.2 |
| dewey-sort | 3547.2 |
| dewey-tens | 540 - Chemistry and allied sciences |
| discipline | Chemie / Pharmazie |
| format | Book |
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| id | DE-604.BV009050847 |
| illustrated | Not Illustrated |
| indexdate | 2024-07-09T17:29:16Z |
| institution | BVB |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-005990614 |
| oclc_num | 13627737 |
| open_access_boolean | |
| owner | DE-29T DE-11 DE-83 |
| owner_facet | DE-29T DE-11 DE-83 |
| physical | XIII, 482 S. |
| psigel | HUB-ZB011201203 |
| publishDate | 1947 |
| publishDateSearch | 1947 |
| publishDateSort | 1947 |
| publisher | U.S. Gov. Print. Off. |
| record_format | marc |
| series2 | National Bureau of Standards circular |
| spelling | Selected values of properties of hydrocarbons prepared as part of the work of the American Petroleum Institute Research project 44 by Frederick D. Rossini ... Washington, DC U.S. Gov. Print. Off. 1947 XIII, 482 S. txt rdacontent n rdamedia nc rdacarrier National Bureau of Standards circular C,461 Hydrocarbons Eigenschaft (DE-588)4151179-7 gnd rswk-swf Kohlenwasserstoffe (DE-588)4125165-9 gnd rswk-swf Kohlenwasserstoffe (DE-588)4125165-9 s Eigenschaft (DE-588)4151179-7 s DE-604 Rossini, Frederick D. 1899-1990 Sonstige (DE-588)142208566 oth United States National Bureau of Standards National Bureau of Standards circular C,461 (DE-604)BV002583342 C,461 HEBIS Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=005990614&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Selected values of properties of hydrocarbons prepared as part of the work of the American Petroleum Institute Research project 44 Hydrocarbons Eigenschaft (DE-588)4151179-7 gnd Kohlenwasserstoffe (DE-588)4125165-9 gnd |
| subject_GND | (DE-588)4151179-7 (DE-588)4125165-9 |
| title | Selected values of properties of hydrocarbons prepared as part of the work of the American Petroleum Institute Research project 44 |
| title_auth | Selected values of properties of hydrocarbons prepared as part of the work of the American Petroleum Institute Research project 44 |
| title_exact_search | Selected values of properties of hydrocarbons prepared as part of the work of the American Petroleum Institute Research project 44 |
| title_full | Selected values of properties of hydrocarbons prepared as part of the work of the American Petroleum Institute Research project 44 by Frederick D. Rossini ... |
| title_fullStr | Selected values of properties of hydrocarbons prepared as part of the work of the American Petroleum Institute Research project 44 by Frederick D. Rossini ... |
| title_full_unstemmed | Selected values of properties of hydrocarbons prepared as part of the work of the American Petroleum Institute Research project 44 by Frederick D. Rossini ... |
| title_short | Selected values of properties of hydrocarbons |
| title_sort | selected values of properties of hydrocarbons prepared as part of the work of the american petroleum institute research project 44 |
| title_sub | prepared as part of the work of the American Petroleum Institute Research project 44 |
| topic | Hydrocarbons Eigenschaft (DE-588)4151179-7 gnd Kohlenwasserstoffe (DE-588)4125165-9 gnd |
| topic_facet | Hydrocarbons Eigenschaft Kohlenwasserstoffe |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=005990614&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV002583342 |
| work_keys_str_mv | AT rossinifrederickd selectedvaluesofpropertiesofhydrocarbonspreparedaspartoftheworkoftheamericanpetroleuminstituteresearchproject44 |