Call Number (LC) Title Results
C 55.13/2:ERL ETL-292 Sensitivity of millimeter and sub-millimeter wave channels to clear air temperature and water vapor variations 1
C 55.13/2:ERL ETL-293 The effect of ocean internal waves on the atmospheric surface layer 1
C 55.13/2:ERL ETL-294 Evaluation of Doppler lidar measurements of momentum flux and wind variability along an upwelling coast 1
C 55.13/2:ERL ETL-295 Refraction and scattering interferometric errors in the lower atmosphere 1
C 55.13/2:ERL ETL-296 Aerial video of smoke-marked wind shifts caused by ocean internal waves 1
C 55.13/2:ERL FSL-1 The LAPS specific humidity analysis 1
C 55.13/2:ERL FSL-2 Use of DARE-II workstation products and capabilities in the summer of 1990 1
C 55.13/2:ERL FSL-3 Coherent interference tests for wind profilers 1
C 55.13/2:ERL FSL-4 A hydrostatically consistent North American radiosonde data base at the Forecast Systems Laboratory, 1946-present 1
C 55.13/2:ERL FSL-5 A Preliminary evaluation of aviation-impact variables derived from numerical models 1
C 55.13/2:ERL FSL-6 Development and tests of a cloud physics parameterization for real-time aviation and public numerical weather forecasting 1
C 55.13/2:ERL FSL-8 DARE-II workstation use at the Denver Weather Service Forecast Office 1
C 55.13/2:ERL FSL-9 Product usage evaluation of the Aviation Gridded Forecast System workstation at the Denver Center Weather Service unit 1
C 55.13/2:ERL FSL-11 DARE hydrologic evaluations (1990-1992) assessment of training 1
C 55.13/2:ERL FSL-12 DARE hydrologic evaluations (1990-1992) forecasters' assessment of functions 1
C 55.13/2:ERL FSL-13 A second evaluation of aviation-impact variables generated by maps 1
C 55.13/2:ERL FSL-15 DARE hydrologic evaluations (1990-1992) assessment of forecasts 1
C 55.13/2:ERL FSL-17 The performance of the NEXRAD storm sequence algorithms during a Colorado convective event 1
C 55.13/2:ERL FSL-18 Cool season product usage patterns from the DARE workstations at the Denver and Norman WSFOs 1
C 55.13/2:ERL FSL-19 A second evaluation of state-of-the-atmosphere variables generated by the MAPS surface assimilation system 1