Add to ORKGThe molecular spectroscopy of a solution particle by structure resonance modulation spectroscopy is discussed [S. Arnold and A. B. Pluchino, "Infrared Spectrum of a Single Aerosol Particle by Photothermal Modulation of Structure Resonances," Appl. Opt. 21, 4194 (1982); S. Arnold et al., "Molecular Spectroscopy of a Single Aerosol Particle," Opt. Lett. 9, 4 (1984)]. Analytical equations are derived for time dependence of the particle radius as it interacts with a low intensity IR source (<20 mW/cm^2). This formalism is found to be in good agreement with pulsed experiments. Working equations for the spectroscopy are derived for both constant and periodic IR excitation
Information on the phase, shape, and architecture of pure SF6 and mixed SF6 /CO2 aerosol particles i...
Understanding the optical properties of micrometer-scale light-absorbing aerosol particles is of par...
Two useful methods of biochemical analysis are infrared and ultraviolet spectroscopy. The occurrenc...
The molecular spectroscopy of a solution particle by structure resonance modulation spectroscopy is ...
A method is developed for obtaining the molecular composition of a single suspended microparticle by...
$^{1}$ A. J. Campillo et al., Optics Letters, 5, 424, (1980).Author Institution:With increasing conc...
Chemical analysis of atmospheric aerosols is an analytical challenge, as aerosol particles are compl...
Aerosol particles affect the Earth’s energy balance by absorbing and scattering radiation according ...
One of the largest unknowns in the understanding of aerosol particles is the structure and growth pr...
One of the largest unknowns in the understanding of aerosol particles is the structure and growth pr...
Environments of planets are of great interest in this age of space probing. The nature of the atmosp...
To study the interactions between Mie scattering and Raman emissions of spherical particles, we meas...
This is the publisher's version, also available electronically from http://onlinelibrary.wiley.com/d...
In this thesis, the electromagnetic spectra of both conducting and non-conducting particles are stud...
Contains research objectives and reports on one research project.National Science Foundation (Grant ...
Information on the phase, shape, and architecture of pure SF6 and mixed SF6 /CO2 aerosol particles i...
Understanding the optical properties of micrometer-scale light-absorbing aerosol particles is of par...
Two useful methods of biochemical analysis are infrared and ultraviolet spectroscopy. The occurrenc...
The molecular spectroscopy of a solution particle by structure resonance modulation spectroscopy is ...
A method is developed for obtaining the molecular composition of a single suspended microparticle by...
$^{1}$ A. J. Campillo et al., Optics Letters, 5, 424, (1980).Author Institution:With increasing conc...
Chemical analysis of atmospheric aerosols is an analytical challenge, as aerosol particles are compl...
Aerosol particles affect the Earth’s energy balance by absorbing and scattering radiation according ...
One of the largest unknowns in the understanding of aerosol particles is the structure and growth pr...
One of the largest unknowns in the understanding of aerosol particles is the structure and growth pr...
Environments of planets are of great interest in this age of space probing. The nature of the atmosp...
To study the interactions between Mie scattering and Raman emissions of spherical particles, we meas...
This is the publisher's version, also available electronically from http://onlinelibrary.wiley.com/d...
In this thesis, the electromagnetic spectra of both conducting and non-conducting particles are stud...
Contains research objectives and reports on one research project.National Science Foundation (Grant ...
Information on the phase, shape, and architecture of pure SF6 and mixed SF6 /CO2 aerosol particles i...
Understanding the optical properties of micrometer-scale light-absorbing aerosol particles is of par...
Two useful methods of biochemical analysis are infrared and ultraviolet spectroscopy. The occurrenc...