Spectroscopic Atmospheric Environmental Monitoring Techniques Book

	Conference Committee
	Introduction
	Hot exhaust gases with passive FTIR emission spectroscopy	2
	Using a Fourier transform spectrometer for tropospheric UV-visible DOAS measurements	11
	Detection of soot particles in gas turbine engine combustion gases using nonintrusive FTIR spectroscopy	20
	Remote sensing of atmospheric pollution by passive FTIR spectrometry	32
	Evaluation procedure for nonintrusive exhaust gas analysis of jet engines using FTIR spectroscopy	44
	FTIS measurements of hydrocarbon emissions due to natural gas production	56
	Quantitative analysis of flue gas FTIR-spectra employing a new mathematical method to determine the instrumental line shape	64
	Determination of the temperature fields in exhaust gases by infrared spectroscopy	71
	Measurement of Fourier transform infrared spectrometer instrument line shape	79
	Different methods of evaluating sharp-peaked compounds in FTIR spectra using benzene as an example	88
	Fourier transform spectroscopy of atmospheric gases	94
	Assessment of the performance of a DIAL system by comparison with a correlation spectrometer COSPEC V in SO[subscript 2] mode	106
	Comparison of DOAS and standard monitoring measurements in urban areas	114
	Sun photometer for aerosol and precipitable water measurements used in Argentina	123
	NO[subscript 2] profiles during the CRISTA-2 experiment (August 1997) at subtropical regions	133
	Signal optimization, noise reduction, and systematic error compensation methods in long-path DOAS measurements	139
	Ground-based evaluation of aerosol transmittance for cloudless and scattered cloudy skies	148
	Infrared simultaneous gas detector for an atmospheric environmental network	158
	Quality modulation parameter for a quasi-static optical modulator based on frustrated total internal reflection applied to infrared spectroscopy	169
	Infrared absorption device for analysis of exhaust gases from moving vehicles	178
	Plasma shutter for CO[subscript 2] TEA laser for high-range resolved mapping of chemical plume	184
	Evaluation of a low-cost and CCD-based electronic system destined to luminescence measurements	190
	Monitoring the atmospheric levels of H[subscript 2]S caused by sulphatoreduction phenomena produced in the Besos River (Catalonia, Spain) and efficiency of the correcting measures adopted	200
	Confirmation of a multilayer arrangement of aerosols in the Barcelona air basin using two independent lidar systems	212
	Emission source strengths of gasoline-filling processes determined by open-path spectroscopic techniques and inverse modeling	223
	DF laser application for hydrocarbon control in the atmosphere	231
	First measurements of water vapor and ozone with TEA CO[subscript 2] lasers to test lidar station	237
	Development of the method of radioactive cloud registration	242
	Gas plume characterization by passive remote sensing: application to CO[subscript 2]	247
	Differential absorption lidar (DIAL) measurements of the mechanisms of volatile organic compound loss from external floating roofed tanks	255
	Detection of gas leaks along pipelines by spectrally tuned infrared imaging	267
	Author Index	273