Differences between revisions 1 and 25 (spanning 24 versions)

Polarizability

Lyman alpha: n 2→1 , 121.6 nm, 82237 cm-1, 2.465e15 Hz, 10.196 eV

From 100th CRC handbook

	α 1e-30 m³	Page	Wt	Ref	1st eV	Page
Hydrogen (atomic)	0.666793	10-96	1	a 1	13.598433	10-111
Carbon (atomic)	1.67	10-96	12	a 5	11.26030	10-111
Nitrogen (atomic)	1.1	10-96	14	a 40	14.5341	10-111
Oxygen (atomic)	0.77	10-96	16	a 2	13.61805	10-111
Fluorine (atomic)	0.557	10-96	19	a 1	17.4228	10-111
Chlorine (atomic)	2.16	10-97	36	a 6	12.96763	10-111
Aluminum	8.22	10-97	27	a 31	_5.985768	10-111
Helium	0.2050522	10-96	4	a 3	24.587387	10-111
Neon	0.39432	10-96	20	a 6	21.56454	10-111
Argon	1.6411	10-97	40	a 13	16.759610	10-111
Krypton	2.4844	10-97	84	a 13	13.99961	10-111
Xenon	4.044	10-98	131	a 1	12.12984	10-112
Hydrogen H₂	0.842	10-105	2	m 6	15.42593	10-123
Nitrogen N₂	1.7403	10-106	28	m 6	15.5808	10-126
Oxygen O₂	1.5689	10-107	32	m 34	12.0697	10-127
Fluorine F₂	1.38	10-104	38	m 7	15.697	10-122
Chlorine Cl₂	4.61	10-101	71	m 3	11.480	10-118
Hydroxyl HO	1.50	other	17	m 99	13.0170	10-123
Nitric Oxide NO	1.70	10-106	30	m 2	_9.26438	10-126
Nitrous Oxide N₂O	3.03	10-106	44	m 8	12.886	10-127
Water H₂O	1.45	10-109	18	m 2	12.606	10-131
Carbon Monoxide CO	1.95	10-101	28	m 3	14.010	10-117
Carbon Dioxide CO₂	2.911	10-101	44	m 8	13.773	10-117
Ammonia NH₃	2.22	10-99	17	m 33	10.070	10-115
Methane CH₄	2.593	10-105	16	m 6	12.61	10-125
Ethane C₂H₆	4.47	10-103	30	m 3	11.56	10-121
Propane C₃H₈	6.37	10-107	44	m 2	10.95	10-128
Butane C₄H₁₀	8.20	10-100	58	m 2	10.53	10-117
Pentane C₅H₁₂	9.99	10-107	72	m 2	10.28	10-127
Hexane C₆H₁₄	11.9	10-104	86	m 2	10.13	10-123
Heptane C₇H₁₆	13.61	10-104	100	m 2	_9.93	10-123
Octane C₈H₁₈	15.9	10-106	114	m 2	_9.80	10-127
Nonane C₉H₂₀	17.36	10-106	128	m 27	_9.71	10-127
Decane C₁₀H₂₂	19.10	10-102	142	m 27	_9.65	10-119
Benzene C₆H₆	10.32	10-99	78	m 33	_9.24378	10-116
Methanol !CH₄O	3.29	10-105	32	m 2	10.85	10-125
Ethanol !C₂H₆O	5.41	10-103	46	m 2	10.43	10-121

Ref
a 1	TM Miller, B Bederson - Adv. At. Mol. Phys. 13, 1, 1978
a 2	RA Alpher, DR White - Phys. Fluids 2, 153, 1959
a 3	JW Schmidt, RM Glavioso, EF May, MR 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 - Europhysics Letters 90, 63002, 2010
a 13	RH Orcutt, RH Cole - J. Chem. Phys. 46, 697, 1967
a 31	T Flieg - Phys. Rev. A 72, 052506, 2005
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 N_a) = 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	AC Newell, RC Baird - J. Appl. Phys. 36, 3751, 1965
m 7	TC Jao, NHF Beebe, WB Person, JR Sabin - Chem. Phys. Lett. 26, 474, 1974
m 8	TK Bose, RH Cole - J. Chem. Phys. 52, 140, 1970
m 27	KT No, KH Cho, MS Jhon, HA Scheraga - J. Am. Chem. Soc. 115, 2005, 1993
m 33	GLD Ritchie, EW Blanch - J. Phys. Chem. A 107, 2093, 2003
m 34	EF May, MR Moldover, JW Schmidt - Phys. Rev. A 78, 032522 (2008)
m 99	D.R.White - The Physics of Fluids 4, 40 (1961)

-  ⇤ ← Revision 1 as of 2019-09-06 23:48:59 → 
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+   ← Revision 25 as of 2019-09-07 20:18:47 → ⇥
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  Comment:
-Deletions are marked like this.
+Additions are marked like this.
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-From 100th CRC handbook 

||                    || 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  ||  xx || 1      ||
|| Chlorine (atomic)  || 2.16       || 10-97  ||  xx || 6      ||
|| Aluminum           || 8.22       || 10-97  ||  xx || 33     ||
|| Helium             || 0.2050522  || 10-96  ||   4 || 3      ||
|| Neon               || 0.39432    || 10-96  ||  xx || 6      ||
|| Argon              || 1.6411     || 10-97  ||  xx || 13     ||
|| Krypton            || 2.4844     || 10-97  ||  xx || 13     ||
|| Xenon              || 4.044      || 10-98  || xxx || 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 || xxx || 7      ||
|| Chlorine Cl₂       || 4.61       || 10-101 || xxx || 3      ||
|| Hydroxyl HO        ||
|| Nitric Oxide NO    || 1.70       || 10-106 ||  30 || 2      ||
|| Nitrous Oxide N₂O  || 3.03       || 10-106 ||  44 || 8      ||
|| Water H₂O          || 
|| 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 C₃H₈       || 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 C₂H₆O      || 5.41       || 10-103 ||  46 || 2      ||
+Lyman alpha: n 2→1 , 121.6 nm, 82237 cm^^-1^^, 2.465e15 Hz, 10.196 eV
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+Line 6:
+-----
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+Line 8:
+From 100th CRC handbook
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+Line 10:
+||                    || α 1e-30 m³ || Page   ||  Wt || Ref  ||<|99>|| 1st eV || Page   ||
|| Hydrogen (atomic)  || 0.666793   || 10-96  ||   1 || a 1  ||     13.598433 || 10-111 ||
|| Carbon (atomic)    || 1.67       || 10-96  ||  12 || a 5  ||     11.26030  || 10-111 ||
|| Nitrogen (atomic)  || 1.1        || 10-96  ||  14 || a 40 ||     14.5341   || 10-111 ||
|| Oxygen (atomic)    || 0.77       || 10-96  ||  16 || a 2  ||     13.61805  || 10-111 ||
|| Fluorine (atomic)  || 0.557      || 10-96  ||  19 || a 1  ||     17.4228   || 10-111 ||
|| Chlorine (atomic)  || 2.16       || 10-97  ||  36 || a 6  ||     12.96763  || 10-111 ||
|| Aluminum           || 8.22       || 10-97  ||  27 || a 31 ||     _5.985768 || 10-111 ||
|| Helium             || 0.2050522  || 10-96  ||   4 || a 3  ||     24.587387 || 10-111 ||
|| Neon               || 0.39432    || 10-96  ||  20 || a 6  ||     21.56454  || 10-111 ||
|| Argon              || 1.6411     || 10-97  ||  40 || a 13 ||     16.759610 || 10-111 ||
|| Krypton            || 2.4844     || 10-97  ||  84 || a 13 ||     13.99961  || 10-111 ||
|| Xenon              || 4.044      || 10-98  || 131 || a 1  ||     12.12984  || 10-112 ||
|| Hydrogen H₂        || 0.842      || 10-105 ||   2 || m 6  ||     15.42593  || 10-123 ||
|| Nitrogen N₂        || 1.7403     || 10-106 ||  28 || m 6  ||     15.5808   || 10-126 ||
|| Oxygen O₂          || 1.5689     || 10-107 ||  32 || m 34 ||     12.0697   || 10-127 ||
|| Fluorine F₂        || 1.38       || 10-104 ||  38 || m 7  ||     15.697    || 10-122 ||
|| Chlorine Cl₂       || 4.61       || 10-101 ||  71 || m 3  ||     11.480    || 10-118 ||
|| Hydroxyl HO        || 1.50       || other  ||  17 || m 99 ||     13.0170   || 10-123 ||
|| Nitric Oxide NO    || 1.70       || 10-106 ||  30 || m 2  ||     _9.26438  || 10-126 ||
|| Nitrous Oxide N₂O  || 3.03       || 10-106 ||  44 || m 8  ||     12.886    || 10-127 ||
|| Water H₂O          || 1.45       || 10-109 ||  18 || m 2  ||     12.606    || 10-131 ||
|| Carbon Monoxide CO || 1.95       || 10-101 ||  28 || m 3  ||     14.010    || 10-117 ||
|| Carbon Dioxide CO₂ || 2.911      || 10-101 ||  44 || m 8  ||     13.773    || 10-117 ||
|| Ammonia NH₃        || 2.22       || 10-99  ||  17 || m 33 ||     10.070    || 10-115 ||
|| Methane CH₄        || 2.593      || 10-105 ||  16 || m 6  ||     12.61     || 10-125 ||
|| Ethane !C₂H₆       || 4.47       || 10-103 ||  30 || m 3  ||     11.56     || 10-121 ||
|| Propane !C₃H₈      || 6.37       || 10-107 ||  44 || m 2  ||     10.95     || 10-128 ||
|| Butane  !C₄H₁₀     || 8.20       || 10-100 ||  58 || m 2  ||     10.53     || 10-117 ||
|| Pentane !C₅H₁₂     || 9.99       || 10-107 ||  72 || m 2  ||     10.28     || 10-127 ||
|| Hexane !C₆H₁₄      || 11.9       || 10-104 ||  86 || m 2  ||     10.13     || 10-123 ||
|| Heptane !C₇H₁₆     || 13.61      || 10-104 || 100 || m 2  ||     _9.93     || 10-123 ||
|| Octane !C₈H₁₈      || 15.9       || 10-106 || 114 || m 2  ||     _9.80     || 10-127 ||
|| Nonane !C₉H₂₀      || 17.36      || 10-106 || 128 || m 27 ||     _9.71     || 10-127 ||
|| Decane !C₁₀H₂₂     || 19.10      || 10-102 || 142 || m 27 ||     _9.65     || 10-119 ||
|| Benzene !C₆H₆      || 10.32      || 10-99  ||  78 || m 33 ||     _9.24378  || 10-116 ||
|| Methanol !CH₄O     || 3.29       || 10-105 ||  32 || m 2  ||     10.85     || 10-125 ||
|| Ethanol !C₂H₆O     || 5.41       || 10-103 ||  46 || m 2  ||     10.43     || 10-121 ||
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+Line 49:
+|| Ref ||
|| a  1 || [[ https://doi.org/10.1016/S0065-2199(08)60054-8| TM Miller, B Bederson - Adv. At. Mol. Phys. 13, 1, 1978 ]] ||
|| a  2 || [[ https://doi.org/10.1063/1.1705906 | RA Alpher, DR White - Phys. Fluids 2, 153, 1959 ]] ||
|| a  3 || [[ https://doi.org/10.1103/PhysRevLett.98.254504 | JW Schmidt, RM Glavioso, EF May, MR Moldover - Phys. Rev. Lett. 98, 254504, 2007 ]] ||
|| a  5 || [[ attachment:Relativistic_and_Electron_Correlation_Ef.pdf | C Thierfelder, B Assadollahzadeh, P Schwerdtfeger, S Schäfer, R Schäfer - Phys. Rev. A. 78, 052506, 2008 ]] ||
|| a  6 || [[ https://doi.org/10.1209/0295-5075/90/63002 | C Gaiser, B Fellmuth - Europhysics Letters 90, 63002, 2010    ]] ||
|| a 13 || [[ https://doi.org/10.1063/1.1840728 | RH Orcutt, RH Cole - J. Chem. Phys. 46, 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 ]] ||
|| m  8 || [[ https://doi.org/10.1063/1.1672658   | TK Bose, RH Cole - J. Chem. Phys. 52, 140, 1970                         ]] ||
|| m 27 || [[ https://doi.org/10.1021/ja00058a056 | KT No, KH Cho, MS Jhon, HA Scheraga - J. Am. Chem. Soc. 115, 2005, 1993 ]] ||
|| m 33 || [[ https://doi.org/10.1021/jp0223152   | GLD Ritchie, EW Blanch - J. Phys. Chem. A 107, 2093, 2003               ]] ||
|| m 34 || [[ https://doi.org/10.1103/PhysRevA.78.032522 | EF May, MR Moldover, JW Schmidt - Phys. Rev. A 78, 032522 (2008) ]] ||
|| m 99 || [[ https://doi.org/10.1063/1.1706187 | D.R.White - The Physics of Fluids 4, 40 (1961)                            ]] ||

Diff for "Polarizability"

Polarizability