Titlebook: Remote Sensing of the Atmosphere for Environmental Security; Agnès Perrin,Najate Ben Sari-Zizi,Jean Demaison Conference proceedings 20061s

contrast-medium

薄荷醇

拒絕

Flirtatious

Quantitative Laboratory Spectroscopy of Atmospheric Trace Gases,in the laboratory. This article describes laboratory measurements of reference absolute absorption intensities for atmospheric trace species using Fourier transform spectroscopy in the infrared spectral range. Emphasis is put on measurements of quantitative information for chemically unstable specie

cloture

Global Modeling of High-Resolution Spectra of Linear Molecules CO2, N2O and C2H2,ks for the atmospheric and high-temperature applications. The method of effective operators which is used for the modeling is briefly discussed. The main goal of our modeling is to attain the near experimental accuracy of the line position and line intensity calculations in a wide spectral range fro

草本植物

CDSD-296, The High-Precision Carbon Dioxide Spectroscopic Databank: Version for Atmospheric Applicacontains line parameters (positions, intensities as well as HITRAN air- and self-broadened halfwidths and coefficients of temperature dependence of air-broadened halfwidths) of the four most abundant isotopic species of CO.. The reference temperature is . .=296 K, the intensity cutoff is . .=10. cm.

確認(rèn)

Theoretical Quantitative Spectroscopy: Computer Simulation of Molecular Spectra, NH. are based solely on . calculations, i.e., they are purely theoretical and involve no fitting to experiment. The PH. simulations are made from a potential energy function refined to reproduce experimental data and from an . dipole moment function. We show that our simulations reproduce observed

Insulin

遺忘

Half-Widths and Line Shifts of Water Vapor for Atmospheric Applications: Measurement and Theory, of the pressure-induced line shift is now becoming understood. In this work the current state of knowledge of the line shape parameters for water vapor transitions is discussed with respect to the experimental record and the theory. The measurement databases that have been compiled and the intercom

obsolete

Quantitative Rotational Spectroscopy for Atmospheric Research, Odin or EOS-MLS has induced strong spectroscopic efforts to provide accurate line shape parameters that minimize the errors in the retrieval procedures. A critical evaluation of these parameters is needed. The main points related to line positions, line intensities, line broadenings and line shifts