Molecular spectroscopy Molecular spectroscopy
Guest | My Tasks
 Rus | Eng   
 |  Help
..Up
List of composite figures
Graphical Resources Statistics
Functions and arguments
Цитируемые графики
Статистика качества цитируемых графиков
Detailed CO2 statistics
Scrolling of collection of published spectral plots

Composite plot
Figure 1. Density normalized absorption coefficients α(ω)/ν1ν2 of He + CH4. Dots: Experimental data at 353°K by Afanas’ev et al. (7). Solid line: Calculated spectra determined by fitting the range and amplitude of only the isotropic (A = 0) overlap contribution to the dipole induction. For all the temperatures above 150°K the displayed spectra are shitkl up by one decade; the maximum of the absorption coefficient at each temperature is near 10-6 cm-1/amagat2.
7. A. D. Afana'sev, M. 0. Bulanin, and M. V. Tonkov, Sov. Technol. Phys. Lett. 6, 1444-1446 (1980). [in Russian]
Reference Composite plot
Taylor, R. H.; Borysow, A.; Frommhold, L., Concerning the rototranslational absorption spectra of He-CH4 pairs, Journal of Molecular Spectroscopy, 1988, Volume 129, Issue 1, Pages 45-58, DOI: 10.1016/0022-2852(88)90257-3, http://dx.doi.org/10.1016/0022-2852(88)90257-3.
Coordinate system (Linear, Logarithmic)
Abscissa (X-axis)
System. Physical Quantity (Unit)		 Wavenumber (cm⁻¹) Ordinate (Y-axis)
System. Physical Quantity (Unit)		 Absorption Coefficient (cm⁻¹Amagat⁻²)
Publication. Physical quantity (X-axis) Publication. Physical quantity (Y-axis)
Figure 1. A.D. Afanasev et al. (1980) (353K, 0-500 cm⁻¹). Density normalized absorption coefficients α(ω)/n1n2 of He-CH4 at three temperatures. Dots: Experimental data at 353°K by Afanas’ev et al. (7). For all the temperatures above 150°K the displayed spectra are shifted up by one decade; the maximum of the absorption coefficient at each temperature is near 10-6 cm-1/amagat2.
7. A. D. Afana'sev, M. O. Bulanin, and M. V. Tonkov, Sov. Technol. Phys. Lett. 6, 1444-1446 (1980). [in Russian]		 Commentary Additional description
Substance CH4 + He Method type Experimental
Temperature 353 K Method, Model, Approximation  
Pressure (total) ∅ Numerical array origin Digitized
Pressure (partial) ∅ Numerical array type Cited
Path Length ∅
A. D. Afana'sev, M. 0. Bulanin, and M. V. Tonkov, Unknown name, Журнал технической физики, 1980, Volume 6, Pages 1444-1446.
Density ∅
Wavenumber (T dependence) ∅

Figure 1. Calculated spectra (353K, 0-500 cm⁻¹). Density normalized absorption coefficients α(ω)/n1n2 of He-CH4 . Solid line: Calculated spectra determined by fitting the range and amplitude of only the isotropic (A = 0) overlap contribution to the dipole induction. For all the temperatures above 150°K the displayed spectra are shitkl up by one decade; the maximum of the absorption coefficient at each temperature is near 10-6 cm-1/amagat2. Commentary Additional description
Substance CH4-He Method type Fitting
Temperature 353 K Method, Model, Approximation  
Pressure (total) ∅ Numerical array origin Digitized
Pressure (partial) ∅ Numerical array type Primary
Path Length ∅  
Density ∅
Wavenumber (T dependence) ∅
α
Primitive or composite plot search using article list
Select primitive plot Select composite plot
List of composite figures


INTAS grants 00-189, 03-51-3394, RFBR grants 02-07-90139, 05-07-90196, 08-07-00318
>