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- W2079482488 abstract "Abstract Multiple Doppler radar data of high quality can be analyzed to produce the three wind velocity components, subject to the mass continuity constraint, within precipitating convective clouds. Further, the wind components can be used in concert with the governing momentum equations to retrieve pressure and buoyancy variables within the same precipitation volume. Errors in velocity components produce errors in the derived pressure and buoyancy fields; however, the quality of the retrieved pressure gradients (and therefore velocity analysis) can be checked by measuring how well those gradients match the pressure gradients found within the individual horizontal momentum equations. Examples of retrieved fields are shown from isolated severe thunderstorms, including a tornadic storm that occurred in Oklahoma and a hailstorm in eastern Montana, and from a squall line containing both convective and stratiform precipitation. In both the isolated and squall line convection the pressure distribution near strong updrafts conforms to that predicted by linear theory. The results from the hailstorm calculations are reported in some detail in order to illustrate the pressure and buoyancy structure in various parts of the storm and to relate the pressure structure to storm propagation. In most observed cases velocity analyses are not available with sufficient frequency to allow calculation of local time changes in the momentum equations, and a steady state must therefore be assumed. To minimize errors in the solutions, calculations should be performed in a reference frame moving with the storm as nearly as possible. Using the hailstorm calculations as an example, a method is illustrated for finding this optimal reference frame utilizing the governing momentum equations." @default.
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- W2079482488 date "1990-02-01" @default.
- W2079482488 modified "2023-09-27" @default.
- W2079482488 title "Retrieval of dynamic variables in convective cloud systems observed by Doppler radar" @default.
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- W2079482488 doi "https://doi.org/10.1016/0169-8095(90)90013-3" @default.
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