The development and demonstration of lidar techniques for the remote measurement of atmospheric constituents and transport processes in the lower troposphere was carried out. Particular emphasis was given to techniques for monitoring SO2 and particulates, the principal pollutants in power plant and industrial plumes. Data from a plume dispersion study conducted in Maryland during September and October 1976 were reduced, and a data base was assembled which is available to the scientific community for plume model verification. A UV Differential Absorption Lidar (DIAL) was built, and preliminary testing was done
Tropospheric and ionospheric absorption at VHF for North Atlantic aeronautical satellite syste
The feasibility of classifying an airport terminal area for multipath effects, i.e., fadeout potenti...
Various aspects of a sensitivity analysis, in particular, the impact of variations in metal sheet re...
The system control and signal conditioning electronics of the NASA three laser airborne differential...
A simple algorithm and computer program were developed for determining the actual surface temperatur...
The temperature dependence of absorption coefficients of ozone was studied between 7567 A and 3630 A...
Assuming a linear relationship between the stratosphere loading of NOx and the magnitude of the ozon...
Advanced studies are reviewed. Atmospheric sciences, magnetospheric physics, solar physics, gravitat...
In any lasing medium the emission wavelength should be chosen where there is little self absorption....
Six scientific objectives/experiments were derived which consisted of agriculture/forestry/range res...
Line and band models for infrared spectral absorption are discussed. Radiative transmittance and int...
The use of the quasi-random band model in evaluating upwelling atmospheric radiation is investigated...
Field measurements performed simultaneously with Skylab overpasses in order to provide comparative c...
The possibility of creating a plasma from fission fragments, and to utilize the energy of the partic...
A program to determine the feasibility of performing in situ calibration of combustible gas detector...
Tropospheric and ionospheric absorption at VHF for North Atlantic aeronautical satellite syste
The feasibility of classifying an airport terminal area for multipath effects, i.e., fadeout potenti...
Various aspects of a sensitivity analysis, in particular, the impact of variations in metal sheet re...
The system control and signal conditioning electronics of the NASA three laser airborne differential...
A simple algorithm and computer program were developed for determining the actual surface temperatur...
The temperature dependence of absorption coefficients of ozone was studied between 7567 A and 3630 A...
Assuming a linear relationship between the stratosphere loading of NOx and the magnitude of the ozon...
Advanced studies are reviewed. Atmospheric sciences, magnetospheric physics, solar physics, gravitat...
In any lasing medium the emission wavelength should be chosen where there is little self absorption....
Six scientific objectives/experiments were derived which consisted of agriculture/forestry/range res...
Line and band models for infrared spectral absorption are discussed. Radiative transmittance and int...
The use of the quasi-random band model in evaluating upwelling atmospheric radiation is investigated...
Field measurements performed simultaneously with Skylab overpasses in order to provide comparative c...
The possibility of creating a plasma from fission fragments, and to utilize the energy of the partic...
A program to determine the feasibility of performing in situ calibration of combustible gas detector...
Tropospheric and ionospheric absorption at VHF for North Atlantic aeronautical satellite syste
The feasibility of classifying an airport terminal area for multipath effects, i.e., fadeout potenti...
Various aspects of a sensitivity analysis, in particular, the impact of variations in metal sheet re...