United States. Office of Naval Research.
Author
Series
CER volume 70-71JHN4
Pub. Date
1970.
Description
Analytical and numerical studies were made of single point moorings of a large disc buoy in deep water. Waves of different frequencies and winds of different magnitudes were imposed on moorings of different scopes for nylon ropes. The numerical model results compared favorably with analytical solutions for a straight vibrating string and the buoy motion was validated with the results from a hydraulic model study.
Author
Series
Atmospheric science paper volume no. 469
Pub. Date
1990.
Description
Theoretical and observational studies are carried out to evaluate the use of cloud near-infrared spectral reflectance to determine cloud droplet size.
Author
Series
Atmospheric science paper volume no. 348
Pub. Date
[1982]
Description
The dynamics of tropical cyclone motion are investigated by solving the vergent barotropic vorticity equation on a beta plane.
Author
Series
Atmospheric science paper volume no. 343
Pub. Date
1982.
Description
This paper presents results of a comprehensive study of relationship between the movement of tropical cyclones and the large-scale circulation which surrounds them.
Author
Series
Atmospheric science paper volume no. 321
Pub. Date
1980.
Description
An analysis is carried out which considers the relationship of orbit mechanics to the satellite navigation problem, in particular, meteorological satellites.
Author
Series
Atmospheric science paper volume no. 488
Pub. Date
1992.
Description
The numerical study presented here has focused on baroclinic processes which contribute to tropical cyclone propagation. Two numerical models were used in this work.
Author
Series
Atmospheric science paper volume no. 134
Pub. Date
1968.
Description
The phenomenon of vacillation in a rotating annulus is studied as a possible analogue for the atmospheric index cycle.
Author
Series
Atmospheric science paper volume no. 528
Pub. Date
1993.
Description
A one-layer bulk boundary layer model is developed following earlier work by Randall and Moeng. The model predicts the mixed layer values of the potential temperature, mixing ratio, and u- and v-momentum. The model also predicts the depth of the boundary layer and the vertically integrated turbulence kinetic energy (TKE).
Author
Series
Atmospheric science paper volume no. 330
Pub. Date
1980.
Description
Presents an eighteen-level axisymmetric primitive equation tropical cyclone model incorporating the Arakawa-Schubert (1974) spectral cumulus parameterization.
Author
Series
Atmospheric science paper volume no. 367
Pub. Date
1983.
Description
A series of studies was conducted at several arctic locations to determine the relationship between cloud condensation nuclei (CCN) and ice nuclei (IN) and the pollutant aerosol.
18) Cirrus cloud properties deduced from Zvenigorod experiments and theoretical investigations, 1986-90
Series
Atmospheric science paper volume no. 516
Pub. Date
1992.