Two Forward Scattering Spectrometer Probes were used to measure droplet distributions in the NASA Lewis Icing Research Tunnel. The instruments showed good agreement when the median volume diameter (MVD) was approximately 16 micrometers. Coincidence events affect much of the data and caused the measured MVD to be about 2 to 3 micrometers larger than expected. Coincidence events were reduced by shutting down half of the spray bars in the tunnel during certain tests
This presentation shows particle measurements by the Artium Technologies, Inc. Phase Doppler Interfe...
The particle size characterization portion of the 2017 Propulsion Systems Laboratory (PSL) Cloud Cal...
Wet wind tunnel tests were performed on more than 23 cloud liquid water content (LWC) probes and dro...
The icing research tunnel at the NASA Lewis Research Center underwent a major rehabilitation in 1986...
A comparison between the Phase Doppler Particle Analyzer and the combined measurements from Particle...
The Forward Scattering Spectrometer Probe and the Optical Array Probe are analyzed in terms of their...
A study of the Weber Number effects on droplets in the NASA Icing Research Tunnel is described. The ...
A ground test facility is being established at NASA Lewis Research Center to simulate the environmen...
Intercomparison tests with Particle Measuring Systems (PMS) were conducted. Cloud liquid water conte...
Three number density correction algorithms and one size distribution correction algorithm for the Fo...
A compact and rugged probe based on the phase Doppler method was evaluated as a means for characteri...
This work presents the results of three experiments, one conducted in the Icing Research Tunnel (IRT...
Two pneumatic two-fluid atomizers operating at high liquid and gas pressures produced water sprays t...
Water droplet trajectories within the NASA Lewis Research Center's Icing Research Tunnel (IRT) were ...
Scattering calculations using a more detailed model of the multimode laser beam in the forward-scatt...
This presentation shows particle measurements by the Artium Technologies, Inc. Phase Doppler Interfe...
The particle size characterization portion of the 2017 Propulsion Systems Laboratory (PSL) Cloud Cal...
Wet wind tunnel tests were performed on more than 23 cloud liquid water content (LWC) probes and dro...
The icing research tunnel at the NASA Lewis Research Center underwent a major rehabilitation in 1986...
A comparison between the Phase Doppler Particle Analyzer and the combined measurements from Particle...
The Forward Scattering Spectrometer Probe and the Optical Array Probe are analyzed in terms of their...
A study of the Weber Number effects on droplets in the NASA Icing Research Tunnel is described. The ...
A ground test facility is being established at NASA Lewis Research Center to simulate the environmen...
Intercomparison tests with Particle Measuring Systems (PMS) were conducted. Cloud liquid water conte...
Three number density correction algorithms and one size distribution correction algorithm for the Fo...
A compact and rugged probe based on the phase Doppler method was evaluated as a means for characteri...
This work presents the results of three experiments, one conducted in the Icing Research Tunnel (IRT...
Two pneumatic two-fluid atomizers operating at high liquid and gas pressures produced water sprays t...
Water droplet trajectories within the NASA Lewis Research Center's Icing Research Tunnel (IRT) were ...
Scattering calculations using a more detailed model of the multimode laser beam in the forward-scatt...
This presentation shows particle measurements by the Artium Technologies, Inc. Phase Doppler Interfe...
The particle size characterization portion of the 2017 Propulsion Systems Laboratory (PSL) Cloud Cal...
Wet wind tunnel tests were performed on more than 23 cloud liquid water content (LWC) probes and dro...