Critical review of ultraviolet photoabsorption cross sections for molecules of astrophysical and aeronomic interest

Reviews of Geophysics

Volumn 9, Issue 2, 1971, Pages 305-406

  Hudson, R D ^a  

^a NONE

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Indexed keywords

EID: 84995062930     PISSN: 87551209     EISSN: 19449208     Source Type: Journal    
DOI: 10.1029/RG009i002p00305     Document Type: Review

References (187)

1. − states
2. + emission spectra in the Schumann region
3. Oscillator strengths in the far ultraviolet, II, Oxygen Schumann‐Runge bands
4. 3 in the extreme ultraviolet
5. 3 in extremen vakuum‐UV, II
6. The ultra‐violet band spectrum of nitrogen
7. Photoabsorption cross sections of molecular oxygen between 1250 and 2350 A
8. Spectres d'absorption du gaz sulfureux et de l'hydrogène sulfuré dans la région de Schumann
9. 2
10. Mass spectrometric study of photoionization, IV, Ethylene and 1,2‐dideuteroethylene
11. Massenspektro,metrische Untersuchung der Photoionisation yon Molekulen
12. Fine structure of the Schumann‐Runge bands near the convergence limit and the dissociation energy of the oxygen molecule
13. 2 in the vacuum ultra‐violet
14. 2, CO, Ar and He at intense solar emission lines
15. 2 in the region 550–200 A
16. Problems in establishing standards for vacuum measurements and in calibrating vacuum gauges
17. 2
18. Mass spectrometric study of the photoionization of methane
19. Photoionization of ethane, propane and N‐butane with mass analysis
20. 2 molecule near threshold
21. 2 near 500A
22. New Rydberg series in molecular oxygen near 50OA
23. Spectroscopic study of molecular hydrogen above its first ionization potential
24. Messung von Anregungszustanden des Stickstoffmolekuls mit Hilfe der Photoionisation
25. Die Spektroskopie des Wasserstoffmolekuls in der Nähe seiner lonisierungsgrenze
26. Photoionisationsuntersunchungen an Atomstrahlen, II, Der lonisierungsquerschmitt des atomaren Sauerstoffs
27. 2 in the 600–1000 A region
28. 2 in the vacuum ultraviolet region
29. 2 in the 734–805 A region
30. Photoionization and absorption coefficients of OCS
31. 2
32. Photoionization and absorption coefficients of CO in the 600–1000 A region
33. 2
34. 2O
35. Photodissociation of molecular hydrogen on Venus
36. Hartley band extinction coefficients of ozone in the gas phase and in liquid nitrogen, carbon monoxide, and argon
37. 2
38. 4
39. 2
40. Mass spectrometric study of photoionization, V, Water and ammonia
41. Mass spectrometric study of photoionization, VII, Nitrogen dioxide and nitrous oxide
42. Absorption cross‐sections in the vacuum ultra‐violet, III, Methane
43. Absorption cross‐sections in the vacuum ultra‐violet, I, Continuous absorption of oxygen (1800 to 1300 A)
44. The absorption of molecular oxygen between 1850 and 2500 A
45. Absorption loss sections for Lyman‐Alpha and neighbouring lines
46. The lowest valence and Rydberg states in the dipole‐allowed absorption spectrum of nitrogen. A survey of their interactions
47. Absorption spectrum of the NO molecule, V, Survey of excited states and their interactions
48. Contribution to the study of electronic spectra of bent triatomic molecules
49. The ultraviolet absorption spectrum of ammonia, III, The absorption spectra of the deuteroammonias. A note on Rydberg series in ammonia
50. 2O
51. Effects of configuration interaction on intensities and phase shifts
52. The photoionization of nitrogen dioxide
53. The diffusion of gases through mercury vapor at low pressures and the diffusion pump
54. Energy losses of fast electrons in nitrogen
55. 2 Schumann‐Runge continuum from 1270–1745 A using a new continuum source
56. Absorption coefficients of sulfur dioxide in the vacuum ultraviolet
57. Absorption coefficients of ozone in the ultraviolet and visible regions
58. An experimental détermina^ tion of the oscillator strengths for some transitions in the Lyman bands of molecular hydrogen
59. 4 in the range of 2400–5000 A
60. The absorption of ozone in the ultra‐violet and visible regions of the spectrum
61. X‐ray absorption in the 2–200 A region
62. Die Absorptionsspektren von Kohlendionyd, Kohlenmonoxyd und Wasserdampf in Gebiet von 600–900 A
63. Contribution a l'étude du spectre de la molécule d'azote
64. Ultraviolet absorption spectra of acetylene and formaldehyde
65. Production of nitrogen atoms in the upper atmosphere
66. Absolute intensity measurements in the extreme ultraviolet spectrum of solar radiation
67. The absorption spectrum of water vapor between 900 and 2000 angstroms
68. Bandwidth dependence of measured uv absorption cross sections of argon
69. Absorption of oxygen at elevated temperatures (300 to 900 K) in the Schumann‐Runge system
70. 2d
71. 2
72. An investigation of the effect of temperature on the Schumann‐Runge ^absorption continuum of oxygen, 1580–1950 A
73. Absorption spectrum of SrI in the region of autoionization from 1646 to 2028 A
74. Absorption cross‐sections of atmospheric gases for use in aeronomy
75. Absorption coefficients of xenon and argon in the 600–1025 A wavelength regions
76. Absorption coefficients of nitrogen in the 1000–580 A wavelength region
77. Absorption coefficients of oxygen in the 1050–580 A wavelength region
78. Absorption coefficients of carbon monoxide in the 1000–600 A wavelength region
79. Nitrogen and oxygen absorption cross‐sections in the vacuum ultraviolet
80. Absorption coefficients of ozone in the ultraviolet and visible regions
81. 2
82. A serious error caused by mercury vapor stream in the measurement with a McLeod gauge in the cold trap system (effect of the diffusion of nitrogen in the mercury vapor stream)
83. 2 Herzberg I system
84. 2O dans l'ultraviolet lointain
85. Rotational structure of the Schumann‐Runge bands of oxygen in the vacuum region
86. 2II
87. 2 spectrum
88. 2
89. Deuterium isotope effect in vacuum‐ultra‐violet absorption coefficients of water and methane
90. Absolute oscillator strengths of the strongest bands within the dipole‐allowed absorption spectrum of nitrogen
91. Photodissociation and photoionization of oxygen as inferred from measured absorption coefficients
92. 2 in the vacuum ultraviolet
93. 4, and methylal in the 23.6–250 A region
94. Absorption coefficients of nitrogen oxide in the vacuum ultraviolet
95. 2 in the 580–1070 A region
96. Vacuum ultraviolet photochemistry
97. 1/2 series limits, with applications to Ar
98. Vibrational analysis of the absorption system of sulphur dioxide at 3400–2600 A
99. 6 in the 600–1000 A region
100. A reinvestigation of the absorption cross sections of molecular oxygen in the 1050–1800 A region
101. Flux distribution of the Hopfield continuum from the photoionization of Ar, Kr, and Xe
102. Photoionization and absorption coefficients of NO in the 600–950 A region
103. Intensities of electronic transitions of acetylene in the vacuum ultraviolet
104. The absorption spectrum of nitrogen dioxide in the vacuum ultraviolet
105. On the 1600–1350 A absorption system of nitrogen dioxide and its electronic structure
106. Electronic structure of polyatomic molecules, VII, Ammonia and water type molecules and their derivatives
107. 2 in the region 580–1970 A
108. Absorption and photoionization coefficients of acetylene, propyne, and 1‐butyne
109. Ionization potential and absorption coefficients of nitrogen dioxide
110. 2 in the vacuum ultraviolet region, I, The Lyman and the Werner bands
111. 2 in the vacuum ultraviolet region, II, The B′‐X, B″‐X, D‐X, and D′‐X bands
112. Photoionization efficiency curves. Measurement of ionization potentials and interpretation of fine structure
113. Vibronic autoionization and predissociation in hydrogen
114. 2
115. 2 at the Lyman‐alpha line and its vicinity
116. 3 in the vacuum ultraviolet region
117. 2
118. 3 in the vacuum ultraviolet
119. Isotope effects in the photoionization yields and the absorption cross sections for ethylene and n‐butane
120. The origin of radio fade‐outs and the absorption coefficients of gases for light wavelength 1215.7 A
121. The absorption spectra of acetylene, ethylene and ethane in the far ultraviolet
122. 2S
123. The far ultraviolet absorption spectrum of oxygen
124. The absorption spectra of sulphur dioxide and carbon disulphide in the vacuum ultraviolet
125. The absorption spectra of carbon dioxide and carbon oxysulphide in the vacuum ultraviolet
126. The absorption spectra of nitrogen dioxide, ozone, and nitrosyl chloride in the vacuum ultraviolet
127. The absorption spectra of ethylene, deuteroethylene and some alkyl‐substituted ethylenes in the vacuum ultraviolet
128. The absorption spectra of triple band molecules in the vacuum ultraviolet
129. Rotational and vibrational structure of the fourth positive bands of carbon monoxide
130. Photoionization mass spectrometry of NO
131. Spectre d'absorption de l'oxyde azoteux gazeux dans la région de Schumann
132. Absorption cross sections of argon and methane between 600 and 170 A
133. 2 at intense solar emission lines
134. 2 in the region 550–200 A
135. Uber die Lichtabsorption einiger Kohlenstoff‐verbindungen im Schumann‐ultraviolett
136. Absorption, ionization and ion‐fragmentation cross sections of hydrocarbon vapors under vacuum ultraviolet radiation
137. Laboratory measurements of photoionization, photoexcitation, and photodetachment
138. 2 Lyman‐Birge‐Hopfield system
139. Die Absorptionsbanden des Stickstoffs
140. Absorption cross sections of methane and ammonia in the vacuum ultraviolet
141. On the first ionization potential of CO
142. CO absorption spectra in the extreme ultraviolet
143. On the new absorption bands of the oxygen molecule in the far ultraviolet region
144. On the Miescher‐Baer emission bands in the far ultraviolet region
145. Absorption spectrum of nitrogen in the region from 1075 to 1650 A
146. +
147. 2
148. Absorption coefficients of gases in the vacuum ultraviolet, IV, Ozone
149. Absorption spectrum of CO in the vacuum ultraviolet region
150. 2
151. 2O
152. 2 in the vacuum‐ultraviolet region
153. The far ultraviolet absorption spectra of simple alkyl amines
154. 4 between 1850 and 4000 A
155. The dissociation constants of nitrogen tetroxide and of nitrogen trioxide
156. Effect of oxygen absorption on the photoelectron yield from tungsten in the vacuum ultraviolet
157. 4.
158. 3
159. 2
160. 2O and NO
161. 2 and SO
162. 3 and NO
163. Ultraviolet absorption processes in the upper atmosphere
164. 2S
165. 2 in the region 850–1500 A
166. 3 in the 580–1650 A region
167. Absorption coefficients of water vapor in the vacuum ultraviolet
168. Absorption coefficients of oxygen in the vacuum ultraviolet
169. Photoionization cross section of NO
170. Absorption coefficient and photoionization yield of NO in the region 580–1350 A
171. Absorption coefficients of oxygen in the vacuum ultraviolet
172. 2 in the vacuum ultraviolet
173. Photoionization analysis by mass spectroscopy
174. 2 in the vacuum ultraviolet
175. The absorption spectrum of methane, carbon dioxide, water vapor, and ethylene in the vacuum ultraviolet
176. 4
177. 2 in the extreme ultraviolet
178. 2
179. Absorption coefficients of ethylene in the vacuum ultraviolet
180. Absorption coefficients of gas in the vacuum ultraviolet, II, Nitrous oxide