Measurements of D2O absorption spectra in the visible spectral region near 0.98 μm are performed using FT-spectrometer IFS-125M and Light-emitting diode (LED) as source of radiation. Water vapor spectrum has been obtained by averaging over 17136 scans recorded at 24 m optical path length, temperature 24 С and pressure of sample 27 mBar. Due to strong emission of LED source it was possible to achieve signal-to-noise ratio about 104 and to record weak lines with intensities of 6 10-27 cm/molecule. Comparisons with results of early works are made. © (2015) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only
The D2O absorption spectrum recorded with a selective modulation Girard spectrometer in the region o...
The absorption spectrum of monodeuterated water, HDO has been investigated between 11200 and 12400 c...
The spectrum of HD16O vapor has been recorded between 14,800 and 15,500 cm-1 by a Fourier transform ...
Measurements of D2O absorption spectra in the visible spectral region near 0.98 μm are performed usi...
The absorption spectrum of monodeuterated water, HDO has been investigated between 11200 and 12400 c...
A high resolution Fourier transform spectrum of mono-deuterated water vapor was studied between 11,2...
A high resolution Fourier transform spectrum of mono-deuterated water vapor was studied between 11,2...
Laboratory absorption spectra of H2O-D2O mixtures have been recorded in the spectral region 8800-150...
The D2O absorption spectrum recorded with a selective modulation Girard spectrometer in the region o...
Author Institution: National Bureau of Standards; The Johns Hopkins UniversityThe absorption spectra...
Author Institution: Universite de Reims Champagne-Ardenne, Groupe de Spectrometrie Moleculaire et At...
Author Institution: National Bureau of Standards; The Johns Hopkins UniversityThe absorption spectra...
The vibrational-rotational absorption spectrum of water vapor within the range 15500–16000 cm−1 is m...
The D2O absorption spectrum recorded with a selective modulation Girard spectrometer in the region o...
The D2O absorption spectrum recorded with a selective modulation Girard spectrometer in the region o...
The D2O absorption spectrum recorded with a selective modulation Girard spectrometer in the region o...
The absorption spectrum of monodeuterated water, HDO has been investigated between 11200 and 12400 c...
The spectrum of HD16O vapor has been recorded between 14,800 and 15,500 cm-1 by a Fourier transform ...
Measurements of D2O absorption spectra in the visible spectral region near 0.98 μm are performed usi...
The absorption spectrum of monodeuterated water, HDO has been investigated between 11200 and 12400 c...
A high resolution Fourier transform spectrum of mono-deuterated water vapor was studied between 11,2...
A high resolution Fourier transform spectrum of mono-deuterated water vapor was studied between 11,2...
Laboratory absorption spectra of H2O-D2O mixtures have been recorded in the spectral region 8800-150...
The D2O absorption spectrum recorded with a selective modulation Girard spectrometer in the region o...
Author Institution: National Bureau of Standards; The Johns Hopkins UniversityThe absorption spectra...
Author Institution: Universite de Reims Champagne-Ardenne, Groupe de Spectrometrie Moleculaire et At...
Author Institution: National Bureau of Standards; The Johns Hopkins UniversityThe absorption spectra...
The vibrational-rotational absorption spectrum of water vapor within the range 15500–16000 cm−1 is m...
The D2O absorption spectrum recorded with a selective modulation Girard spectrometer in the region o...
The D2O absorption spectrum recorded with a selective modulation Girard spectrometer in the region o...
The D2O absorption spectrum recorded with a selective modulation Girard spectrometer in the region o...
The absorption spectrum of monodeuterated water, HDO has been investigated between 11200 and 12400 c...
The spectrum of HD16O vapor has been recorded between 14,800 and 15,500 cm-1 by a Fourier transform ...