Stephen K Cox

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1) Tropospheric radiative divergence during phase III of the GARP Atlantic Tropical Experiment (GATE)

Author

Cox, Stephen K

Series

Atmospheric science paper volume no. 291

Pub. Date

1978.

2) Radiation components of the energy budget for BOMEX

Author

Cox, Stephen K

Series

Atmospheric science paper volume no. 208

Pub. Date

1973.

3) Analysis of Colorado precipitation: completion report

Author

Kuo, Marie

Series

Completion report volume no. 63

Pub. Date

1975.

4) Pyrgeometer data reduction and calibration procedures

Author

Albrecht, Bruce A

Series

Atmospheric science paper volume no. 251

Pub. Date

1976.

5) Determination of an optimum sampling rate for the collection of solar radiation data

Author

Davis, John M

Series

Atmospheric science paper volume no. 354

Pub. Date

1982.

Description

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An analysis of total sky and direct component shortwave solar radiation data.

6) GATE phase III mean synoptic-scale radiative convergence profiles

Author

Ackerman, Steven A

Series

Atmospheric science paper volume no. 324

Pub. Date

1980.

Description

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The results of this research indicate three possible radiative induced mechanisms which contribute to the observed diurnal cycle in mass convergence.

7) Regional properties of angular reflectance models

Author

Davis, John M

Series

Atmospheric science paper volume no. 338

Pub. Date

1981.

Description

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This study examines the angular dependence and the spatial variability of the radiance fields reflected from 30 regional atmospheric scenes.

8) A polynomial representation of 6.3 m water vapor and 4.3 m CO₂ atmospheric transmissivities

Author

Minnis, Patrick

Series

Atmospheric science paper volume no. 264

Pub. Date

[1976]

9) Computer simulation of irradiance measurements from aircraft

Author

Poellot, Michael R

Series

Atmospheric science paper volume no. 233

Pub. Date

1975.

Description

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A computer simulation has been developed to optimize the use of the aircraft platform for the measurement of short wave irradiances. This model simulates the measurement of radiative fluxes in order to determine the approximate sample sizes required under various conditions of cloudiness.

10) The determination of cloud optical depth from multiple fields of view pyrheliometric measurements

Author

Raschke, Robert Alan

Series

Atmospheric science paper volume no. 361

Pub. Date

1982.

Description

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The feasibility of using a photodiode radiometer to infer optical depth of thin clouds from solar intensity measurements was examined. Analysis of the case study results indicates that the photodiode radiometer can be used effectively to determine the optical depth of thin clouds.

11) Colorado State University radiation instrumentation and data reduction procedures for the Convair 990 during summer MONEX

Author

Ackerman, Steven A

Series

Atmospheric science paper volume no. 325

Pub. Date

1980.

Description

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Describes the basic system design and the radiative instrumentation maintained by Colorado State University on board the Convail 990 jet aircraft during the Summer Monsoon Experiment (MONEX). Discusses calibration procedures and gives the derived constraints used to convert instrument output to engineering units. Also discusses specific problems encountered during data reduction and the methods used to overcome them.

12) Characteristics of middle and upper tropospheric clouds as deduced from rawinsonde data

Author

Starr, D. O'C

Series

Atmospheric science paper volume no. 327

Pub. Date

1980.

Description

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Characterizes the static environment of middle and upper tropospheric clouds as deduced from rawinsonde data from 24 locations in the contiguous U.S. for 1977.

13) A climate index derived from satellite measured spectral infrared radiation

Author

Abel, Michael David

Series

Atmospheric science paper volume no. 335

Pub. Date

1981.

Description

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Introduces a climate index based on radiative transfer theory and derived from the spectral radiances typically used to retrieve temperature profiles.