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1) CSU FIRE II cirrus field experiment: description of field deployment phase

Series

(Anne Kristine).Fire volume no. 8
Atmospheric science paper volume no. 506

Pub. Date

1992.

2) A general computational form for a class of nonlinear systems incorporating both spectral and finite difference approximations

Author

Baer, Ferdinand

Series

Atmospheric science paper volume no. 108

Pub. Date

1967.

Description

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It is shown that a general class of nonlinear partial differential equations -- including those frequently used in predicting atmospheric motions -- can be converted to computational form by either the "finite difference" or "spectral" method to yield formally identical equations.

3) Analysis of data on hailfalls as background for the design of an experiment in hail modification

Author

Schleusener, Richard A

Series

Civil engineering report volume 63-35

Pub. Date

[1963]

4) Controlling weather modification activities: report to the Colorado General Assembly

Series

Research publication volume no. 174

Pub. Date

1971.

5) Physical mechanisms of extra area effects from weather modification

Author

Mulvey, G

Series

Atmospheric science paper volume no. 276

Pub. Date

1977.

6) Cloud seeding opportunity recognition

Author

Chappell, C. F

Series

Atmospheric science technical paper volume no. 118

Pub. Date

1967.

7) Wave-mean flow interactions and solar-weather effects

Author

Bridger, A. F. C

Series

Atmospheric science paper volume no. 334

Pub. Date

1981.

Description

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A time-dependent, hemispheric, primitive-equation numerical model is constructed to test Hines' (1974) hypothesis that solar variations induce changes in the distributions of basic state variables at high levels in the atmosphere, and thus induce changes in planetary-scale wave structure at lower atmospheric levels. This mechanism was proposed to explain apparent atmospheric responses to solar activity.

8) Studies in low-order spectral systems

Author

Baer, Ferdinand

Series

Atmospheric science paper volume no. 129

Pub. Date

1968.

Description

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The present study is designed to provide both a method whereby the details of the nonlinear exchange process which occurs in the atmosphere may be considered in a simplified form, and also to indicate from some calculations the complexity of those exchanges.

9) Computational stability and time truncation of coupled nonlinear equations with exact solutions

Author

Baer, Ferdinand

Series

Atmospheric science paper volume no. 131

Pub. Date

1968.

Description

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A general numerical integration formula is presented which generates many of the commonly used one-dimensional finite-difference schemes.

10) A wind profiler assisted case study of a nonprecipitating warm front

Author

London, Steven M

Series

Atmospheric science paper volume no. 526

Pub. Date

1993.

Description

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Wind profiler data collected during FIRE-II, in November 1991, provided an opportunity for detailed observation of the passage of a warm front over Parsons, KS. Surface data, rawinsonde data and satellite observations were used to collaborate and understand the phenomena detected by the wind profiler.

11) The mechanism of waste treatment at low temperature: Part B,Sanitary engineering

Author

Ward, John Clayton

Series

Completion report volume no. 34

Pub. Date

1972.

12) The numerical simulation of fog with the RAMS@CSU cloud-resolving mesoscale forecast model

Author

Chibe, Russell J

Series

Atmospheric science paper volume no. 741

Pub. Date

2003.

Description

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In this study, the RAMS@CSU cloud-resolving mesoscale forecast model is run in a real-time configuration with a sophisticated microphysical package and multiple nested grids, in which the smallest grid has increased vertical resolution in the lower boundary layer. Using this configuration, two specific fog events are simulated in 3-D using initialization data with a horizontal resolution of 40 km.