Three number density correction algorithms and one size distribution correction algorithm for the Forward Scattering Spectrometer Probe (FSSP) were compared with data taken by the Phase Doppler Particle Analyzer (PDPA) and an optical number density measuring instrument (NDMI). Of the three number density correction algorithms, the one that compared best to the PDPA and NDMI data was the algorithm developed by Baumgardner, Strapp, and Dye (1985). The algorithm that corrects sizing errors in the FSSP that was developed by Lock and Hovenac (1989) was shown to be within 25 percent of the Phase Doppler measurements at number densities as high as 3000/cc
January 1996.Includes bibliographical references.The response function for the ASASP-X is affected b...
The accurate determination of dust levels on optical surfaces is necessary to assess sensor system p...
Research was conducted on characteristics of aerosol sprays using a P/DPA and a laser imaging/video ...
A correction factor to the number density measured by the Forward Scattering Spectrometer Probe (FSS...
Multiparticle coincidence events in the scattering volume of the forward-scattering spectrometer pro...
Two Forward Scattering Spectrometer Probes were used to measure droplet distributions in the NASA Le...
Scattering calculations using a more detailed model of the multimode laser beam in the forward-scatt...
The Forward Scattering Spectrometer Probe and the Optical Array Probe are analyzed in terms of their...
A comparison between the Phase Doppler Particle Analyzer and the combined measurements from Particle...
Fundamental and practical limitations to particle sizing by measurement of forward scattered light a...
Scattering and imaging type particle sizing instruments are analyzed in terms of their ability to ma...
NASA is investigating the application of the Phase Doppler measurement technique to provide improved...
Optical particle counters (OPCs) are used regularly for atmospheric research, measuring particle sca...
A comparison of MSS radiometric processing techniques identified as a preferred radiometric processi...
Aerosol concentrations and size distributions in the middle and upper troposphere over the remote Pa...
January 1996.Includes bibliographical references.The response function for the ASASP-X is affected b...
The accurate determination of dust levels on optical surfaces is necessary to assess sensor system p...
Research was conducted on characteristics of aerosol sprays using a P/DPA and a laser imaging/video ...
A correction factor to the number density measured by the Forward Scattering Spectrometer Probe (FSS...
Multiparticle coincidence events in the scattering volume of the forward-scattering spectrometer pro...
Two Forward Scattering Spectrometer Probes were used to measure droplet distributions in the NASA Le...
Scattering calculations using a more detailed model of the multimode laser beam in the forward-scatt...
The Forward Scattering Spectrometer Probe and the Optical Array Probe are analyzed in terms of their...
A comparison between the Phase Doppler Particle Analyzer and the combined measurements from Particle...
Fundamental and practical limitations to particle sizing by measurement of forward scattered light a...
Scattering and imaging type particle sizing instruments are analyzed in terms of their ability to ma...
NASA is investigating the application of the Phase Doppler measurement technique to provide improved...
Optical particle counters (OPCs) are used regularly for atmospheric research, measuring particle sca...
A comparison of MSS radiometric processing techniques identified as a preferred radiometric processi...
Aerosol concentrations and size distributions in the middle and upper troposphere over the remote Pa...
January 1996.Includes bibliographical references.The response function for the ASASP-X is affected b...
The accurate determination of dust levels on optical surfaces is necessary to assess sensor system p...
Research was conducted on characteristics of aerosol sprays using a P/DPA and a laser imaging/video ...