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| || || α 1e-30 m³ || Page || Wt || Ref || || Hydrogen (atomic) || 0.666793 || 10-96 || 1 || 1 || || Carbon (atomic) || 1.67 || 10-96 || 12 || 5 || || Nitrogen (atomic) || 1.1 || 10-96 || 14 || 40 || || Oxygen (atomic) || 0.77 || 10-96 || 16 || 2 || || Fluorine (atomic) || 0.557 || 10-96 || 19 || 1 || || Chlorine (atomic) || 2.16 || 10-97 || 36 || 6 || || Aluminum || 8.22 || 10-97 || 27 || 31 || || Helium || 0.2050522 || 10-96 || 4 || 3 || || Neon || 0.39432 || 10-96 || 20 || 6 || || Argon || 1.6411 || 10-97 || 40 || 13 || || Krypton || 2.4844 || 10-97 || 84 || 13 || || Xenon || 4.044 || 10-98 || 131 || 1 || || Hydrogen H₂ || 0.842 || 10-105 || 2 || 6 || || Nitrogen N₂ || 1.7403 || 10-106 || 28 || 6 || || Oxygen O₂ || 1.5689 || 10-107 || 32 || 34 ? || || Fluorine F₂ || 1.38 || 10-104 || 38 || 7 || || Chlorine Cl₂ || 4.61 || 10-101 || 71 || 3 || || Hydroxyl HO || 1.50 || other || 17 || 99 || || Nitric Oxide NO || 1.70 || 10-106 || 30 || 2 || || Nitrous Oxide N₂O || 3.03 || 10-106 || 44 || 8 || || Water H₂O || 1.45 || 10-109 || 18 || 2 || || Carbon Monoxide CO || 1.95 || 10-101 || 28 || 3 || || Carbon Dioxide CO₂ || 2.911 || 10-101 || 44 || 8 || || Ammonia NH₃ || 2.22 || 10-99 || 17 || 33 || || Methane CH₄ || 2.593 || 10-105 || 16 || 6 || || Ethane !C₂H₆ || 4.47 || 10-103 || 30 || 3 || || Propane C!₃H₈ || 6.37 || 10-107 || 44 || 2 || || Butane !C₄H₁₀ || 8.20 || 10-100 || 58 || 2 || || Pentane !C₅H₁₂ || 9.99 || 10-107 || 72 || 2 || || Hexane !C₆H₁₄ || 11.9 || 10-104 || 86 || 2 || || Heptane !C₇H₁₆ || 13.61 || 10-104 || 100 || 2 || || Octane !C₈H₁₈ || 15.9 || 10-106 || 114 || 2 || || Nonane !C₉H₂₀ || 17.36 || 10-106 || 128 || 27 || || Decane !C₁₀H₂₂ || 19.10 || 10-102 || 142 || 23 || || Benzene !C₆H₆ || 10.32 || 10-99 || 78 || 33 || || Methanol !CH₄O || 3.29 || 10-105 || 32 || 2 || || Ethanol C!₂H₆O || 5.41 || 10-103 || 46 || 2 || |
|| || α 1e-30 m³ || Page || Wt || Ref || || Hydrogen (atomic) || 0.666793 || 10-96 || 1 || a 1 || || Carbon (atomic) || 1.67 || 10-96 || 12 || a 5 || || Nitrogen (atomic) || 1.1 || 10-96 || 14 || a 40 || || Oxygen (atomic) || 0.77 || 10-96 || 16 || a 2 || || Fluorine (atomic) || 0.557 || 10-96 || 19 || a 1 || || Chlorine (atomic) || 2.16 || 10-97 || 36 || a 6 || || Aluminum || 8.22 || 10-97 || 27 || a 31 || || Helium || 0.2050522 || 10-96 || 4 || a 3 || || Neon || 0.39432 || 10-96 || 20 || a 6 || || Argon || 1.6411 || 10-97 || 40 || a 13 || || Krypton || 2.4844 || 10-97 || 84 || a 13 || || Xenon || 4.044 || 10-98 || 131 || a 1 || || Hydrogen H₂ || 0.842 || 10-105 || 2 || m 6 || || Nitrogen N₂ || 1.7403 || 10-106 || 28 || m 6 || || Oxygen O₂ || 1.5689 || 10-107 || 32 || m 34 || || Fluorine F₂ || 1.38 || 10-104 || 38 || m 7 || || Chlorine Cl₂ || 4.61 || 10-101 || 71 || m 3 || || Hydroxyl HO || 1.50 || other || 17 || m 99 || || Nitric Oxide NO || 1.70 || 10-106 || 30 || m 2 || || Nitrous Oxide N₂O || 3.03 || 10-106 || 44 || m 8 || || Water H₂O || 1.45 || 10-109 || 18 || m 2 || || Carbon Monoxide CO || 1.95 || 10-101 || 28 || m 3 || || Carbon Dioxide CO₂ || 2.911 || 10-101 || 44 || m 8 || || Ammonia NH₃ || 2.22 || 10-99 || 17 || m 33 || || Methane CH₄ || 2.593 || 10-105 || 16 || m 6 || || Ethane !C₂H₆ || 4.47 || 10-103 || 30 || m 3 || || Propane !C₃H₈ || 6.37 || 10-107 || 44 || m 2 || || Butane !C₄H₁₀ || 8.20 || 10-100 || 58 || m 2 || || Pentane !C₅H₁₂ || 9.99 || 10-107 || 72 || m 2 || || Hexane !C₆H₁₄ || 11.9 || 10-104 || 86 || m 2 || || Heptane !C₇H₁₆ || 13.61 || 10-104 || 100 || m 2 || || Octane !C₈H₁₈ || 15.9 || 10-106 || 114 || m 2 || || Nonane !C₉H₂₀ || 17.36 || 10-106 || 128 || m 27 || || Decane !C₁₀H₂₂ || 19.10 || 10-102 || 142 || m 23 || || Benzene !C₆H₆ || 10.32 || 10-99 || 78 || m 33 || ---- /!\ '''Edit conflict - other version:''' ---- || Methanol !CH₄O || 3.29 || 10-105 || 32 || m 2 || || Ethanol C!₂H₆O || 5.41 || 10-103 || 46 || m 2 || |
| Line 45: | Line 47: |
| || 1 || [[ | T.M.Miller, B.Bederson / Adv. At Mol. Phys. 13, 1, 1977 ]] || || 2 || [[ | R.A.Alpher, D.R.White / Phys. Fluids 2, 153, 1959 ]] || || 3 || [[ | J.W.Schmidt, R.M.Glavioso, E.F.May, M.R.Moldover / Phys. Rev. Lett. 98, 254504, 2007 ]] || || 5 || [[ | C.Thierfelder, B.Assadollahzadeh, P.Schwerdtfeger, S.Schäfer, R.Schäfer / Phys. Rev. A. 78, 052506, 2008 ]] || || 6 || [[ | C.Gaiser, B.Fellmuth / Eur. Phys. Lett. 90, 63002, 2010 ]] || || 7 || [[ | C.R.Ekstrom, J.Schmiedmayer, M.S.Chapman, T.D.Hammond, D.E.Pritchard / Phys. Rev. A 51, 3883, 1995 ]] || || 8 || [[ | W.F.Holmgren, M.C.Revelle, V.P.A.Lonij, A.D.Cronin / Phys. Rev. A 81, 053607, 2010 ]] || || 13 || [[ | R.H.Orcutt, R.H.Cole / J. Chem Phys. 45, 697, 1967 ]] || || 23 || [[ | T.P.Guella, T.M.Miller, B.Bederson. J.A.D.Stockdale, B.Jaduszliwer / Phys. Rev. A 29, 2977, 1984 ]] || || 27 || [[ | M.A.Kadar-Kallen, K.D.Bonin / Phys. Rev. Lett. 72, 828, 1994 ]] || || 31 || [[ https://doi.org/10.1103/PhysRevA.72.052506 | T.Flieg / Phys. Rev. A 72, 052506, 2005 ]] || || 33 || [[ https://www.researchgate.net/profile/Ajit_Thakkar/publication/7994169_Polarizabilities_and_hyperpolarizabilities_for_the_atoms_Al_Si_P_S_Cl_and_Ar_Coupled_cluster_calculations/links/00b7d5252fdbb361b3000000/Polarizabilities-and-hyperpolarizabilities-for-the-atoms-Al-Si-P-S-Cl-and-Ar-Coupled-cluster-calculations.pdf | C.Lupinetti, A.J.Thakar / J. Chem. Phys. 122, 044301, 2005 ]] || || 34 || [[ https://doi.org/10.1103/PhysRevA.14.1572 | T.M.Miller, B.Bederson / Phys. Rev. A 14, 1572, 1976 ]] || || 40 || [[ https://doi.org/10.1021/jp031064+ | B.O.Roos, R.Lindh, P.-Å.Malmqvist, V.Veryazov, P.-O.Widmark / J. Phys. Chem. A 108, 2851, 2004 ]] || || 99 || [[ https://doi.org/10.1063/1.1706187 | D.R.White / The Physics of Fluids 4, 40 (1961) ]] || |
|| a 1 || [[ | TM Miller, B Bederson - Adv. At Mol. Phys. 13, 1, 1977 ]] || || a 2 || [[ | RA Alpher, DR White - Phys. Fluids 2, 153, 1959 ]] || || a 3 || [[ | JW Schmidt, RM Glavioso, EF May, M R Moldover - Phys. Rev. Lett. 98, 254504, 2007 ]] || || a 5 || [[ | C Thierfelder, B Assadollahzadeh, P.Schwerdtfeger, S Schäfer, R Schäfer - Phys. Rev. A. 78, 052506, 2008 ]] || || a 6 || [[ | C Gaiser, B Fellmuth - Eur. Phys. Lett. 90, 63002, 2010 ]] || || a 13 || [[ | RH Orcutt, RH Cole - J. Chem Phys. 45, 697, 1967 ]] || || a 31 || [[ https://doi.org/10.1103/PhysRevA.72.052506 | T Flieg - Phys. Rev. A 72, 052506, 2005 ]] || || a 40 || [[ https://doi.org/10.1021/jp031064+ | BO Roos, R Lindh, PÅ Malmqvist, V Veryazov, PO Widmark - J. Phys. Chem. A 108, 2851, 2004 ]] || || m 2 || [[ https://archive.org/details/circularofbureau537mary | AA Marryott, F Buckley - U.S. National Bureau of Standard Circular No. 537, 1953 ]] || || || multiply molar polarization by 3/(4 pi N,,a,,) = 0.3964308e-30 m³ || || m 3 || [[ https://archive.org/details/moleculartheoryo0000hirs | JO Hirshfelder, CF Curtis, RB Bird - Molecular Theory of Gases and Liquids, Wiley, 1954 p. 954 ]] / PSU QC173.H54 || || m 6 || [[ https://doi.org/10.1063/1.1713942 | AC Newell, RC Baird - J. Appl. Phys. 36, 3751, 1965 ]] || || m 7 || [[ https://doi.org/10.1016/0009-2614(74)80394-5 | TC Jao, NHF Beebe, WB Person, JR Sabin - Chem. Phys. Lett. 26, 474, 1974 ]] || ---- /!\ '''Edit conflict - your version:''' ---- || Methanol CH₄O || 3.29 || 10-105 || 32 || m 2 || || Ethanol !C₂H₆O || 5.41 || 10-103 || 46 || m 2 || || Ref || || a 1 || [[ | TM Miller, B Bederson - Adv. At Mol. Phys. 13, 1, 1977 ]] || || a 2 || [[ | RA Alpher, DR White - Phys. Fluids 2, 153, 1959 ]] || || a 3 || [[ | JW Schmidt, RM Glavioso, EF May, M R Moldover - Phys. Rev. Lett. 98, 254504, 2007 ]] || || a 5 || [[ | C Thierfelder, B Assadollahzadeh, P.Schwerdtfeger, S Schäfer, R Schäfer - Phys. Rev. A. 78, 052506, 2008 ]] || || a 6 || [[ | C Gaiser, B Fellmuth - Eur. Phys. Lett. 90, 63002, 2010 ]] || || a 13 || [[ | RH Orcutt, RH Cole - J. Chem Phys. 45, 697, 1967 ]] || || a 31 || [[ https://doi.org/10.1103/PhysRevA.72.052506 | T Flieg - Phys. Rev. A 72, 052506, 2005 ]] || || a 40 || [[ https://doi.org/10.1021/jp031064+ | BO Roos, R Lindh, PÅ Malmqvist, V Veryazov, PO Widmark - J. Phys. Chem. A 108, 2851, 2004 ]] || || m 2 || [[ https://archive.org/details/circularofbureau537mary | AA Marryott, F Buckley - U.S. National Bureau of Standard Circular No. 537, 1953 ]] || || || multiply molar polarization by 3/(4 pi N,,a,,) = 0.3964308e-30 m³ || || m 3 || [[ https://archive.org/details/moleculartheoryo0000hirs | JO Hirshfelder, CF Curtis, RB Bird - Molecular Theory of Gases and Liquids, Wiley, 1954 p. 954 ]] / PSU QC173.H54 || || m 6 || [[ https://doi.org/10.1063/1.1713942 | AC Newell, RC Baird - J. Appl. Phys. 36, 3751, 1965 ]] || || m 7 || [[ https://doi.org/10.1016/0009-2614(74)80394-5 | TC Jao, NHF Beebe, WB Person, JR Sabin - Chem. Phys. Lett. 26, 474, 1974 ]] || ---- /!\ '''End of edit conflict''' ---- || m 8 || [[ https://doi.org | ]] || || m 23 || [[ https://doi.org | ]] || || m 27 || [[ https://doi.org | ]] || || m 33 || [[ https://doi.org | ]] || || m 34 || [[ https://doi.org | ]] || || m 99 || [[ https://doi.org/10.1063/1.1706187 | D.R.White / The Physics of Fluids 4, 40 (1961) ]] || |
Polarizability
From 100th CRC handbook
|
α 1e-30 m³ |
Page |
Wt |
Ref |
Hydrogen (atomic) |
0.666793 |
10-96 |
1 |
a 1 |
Carbon (atomic) |
1.67 |
10-96 |
12 |
a 5 |
Nitrogen (atomic) |
1.1 |
10-96 |
14 |
a 40 |
Oxygen (atomic) |
0.77 |
10-96 |
16 |
a 2 |
Fluorine (atomic) |
0.557 |
10-96 |
19 |
a 1 |
Chlorine (atomic) |
2.16 |
10-97 |
36 |
a 6 |
Aluminum |
8.22 |
10-97 |
27 |
a 31 |
Helium |
0.2050522 |
10-96 |
4 |
a 3 |
Neon |
0.39432 |
10-96 |
20 |
a 6 |
Argon |
1.6411 |
10-97 |
40 |
a 13 |
Krypton |
2.4844 |
10-97 |
84 |
a 13 |
Xenon |
4.044 |
10-98 |
131 |
a 1 |
Hydrogen H₂ |
0.842 |
10-105 |
2 |
m 6 |
Nitrogen N₂ |
1.7403 |
10-106 |
28 |
m 6 |
Oxygen O₂ |
1.5689 |
10-107 |
32 |
m 34 |
Fluorine F₂ |
1.38 |
10-104 |
38 |
m 7 |
Chlorine Cl₂ |
4.61 |
10-101 |
71 |
m 3 |
Hydroxyl HO |
1.50 |
other |
17 |
m 99 |
Nitric Oxide NO |
1.70 |
10-106 |
30 |
m 2 |
Nitrous Oxide N₂O |
3.03 |
10-106 |
44 |
m 8 |
Water H₂O |
1.45 |
10-109 |
18 |
m 2 |
Carbon Monoxide CO |
1.95 |
10-101 |
28 |
m 3 |
Carbon Dioxide CO₂ |
2.911 |
10-101 |
44 |
m 8 |
Ammonia NH₃ |
2.22 |
10-99 |
17 |
m 33 |
Methane CH₄ |
2.593 |
10-105 |
16 |
m 6 |
Ethane C₂H₆ |
4.47 |
10-103 |
30 |
m 3 |
Propane C₃H₈ |
6.37 |
10-107 |
44 |
m 2 |
Butane C₄H₁₀ |
8.20 |
10-100 |
58 |
m 2 |
Pentane C₅H₁₂ |
9.99 |
10-107 |
72 |
m 2 |
Hexane C₆H₁₄ |
11.9 |
10-104 |
86 |
m 2 |
Heptane C₇H₁₆ |
13.61 |
10-104 |
100 |
m 2 |
Octane C₈H₁₈ |
15.9 |
10-106 |
114 |
m 2 |
Nonane C₉H₂₀ |
17.36 |
10-106 |
128 |
m 27 |
Decane C₁₀H₂₂ |
19.10 |
10-102 |
142 |
m 23 |
Benzene C₆H₆ |
10.32 |
10-99 |
78 |
m 33 |
![/!\](/moin_static198/modernized/img/alert.png "/!\"){kind=small}
Edit conflict - other version:
Methanol !CH₄O |
3.29 |
10-105 |
32 |
m 2 |
Ethanol C!₂H₆O |
5.41 |
10-103 |
46 |
m 2 |
Ref |
|
a 1 |
|
a 2 |
|
a 3 |
JW Schmidt, RM Glavioso, EF May, M R Moldover - Phys. Rev. Lett. 98, 254504, 2007 |
a 5 |
|
a 6 |
|
a 13 |
|
a 31 |
|
a 40 |
BO Roos, R Lindh, PÅ Malmqvist, V Veryazov, PO Widmark - J. Phys. Chem. A 108, 2851, 2004 |
m 2 |
AA Marryott, F Buckley - U.S. National Bureau of Standard Circular No. 537, 1953 |
|
multiply molar polarization by 3/(4 pi Na) = 0.3964308e-30 m³ |
m 3 |
JO Hirshfelder, CF Curtis, RB Bird - Molecular Theory of Gases and Liquids, Wiley, 1954 p. 954 / PSU QC173.H54 |
m 6 |
|
m 7 |
TC Jao, NHF Beebe, WB Person, JR Sabin - Chem. Phys. Lett. 26, 474, 1974 |
Edit conflict - your version:
Methanol CH₄O |
3.29 |
10-105 |
32 |
m 2 |
Ethanol !C₂H₆O |
5.41 |
10-103 |
46 |
m 2 |
Ref |
|
a 1 |
|
a 2 |
|
a 3 |
JW Schmidt, RM Glavioso, EF May, M R Moldover - Phys. Rev. Lett. 98, 254504, 2007 |
a 5 |
|
a 6 |
|
a 13 |
|
a 31 |
|
a 40 |
BO Roos, R Lindh, PÅ Malmqvist, V Veryazov, PO Widmark - J. Phys. Chem. A 108, 2851, 2004 |
m 2 |
AA Marryott, F Buckley - U.S. National Bureau of Standard Circular No. 537, 1953 |
|
multiply molar polarization by 3/(4 pi Na) = 0.3964308e-30 m³ |
m 3 |
JO Hirshfelder, CF Curtis, RB Bird - Molecular Theory of Gases and Liquids, Wiley, 1954 p. 954 / PSU QC173.H54 |
m 6 |
|
m 7 |
TC Jao, NHF Beebe, WB Person, JR Sabin - Chem. Phys. Lett. 26, 474, 1974 |
End of edit conflict
m 8 |
|
m 23 |
|
m 27 |
|
m 33 |
|
m 34 |
|
m 99 |