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Section Description

Last Updated:
Tuesday, 15-Jul-2008 11:05:14 PDT
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Aerosol & Radiation
(Code 7544)
Section Head:
7544@nrlmry.navy.mil
The Aerosol and Radiation
Section is involved in a wide range of aerosol research and development
activities designed to meet the Navy objective of aerosol characterizations, simulation
and forecasting for use in predicting electro-optical (EO) propagation
and other constraints on operations. The primary systems of interest include
the global NRL Aerosol Analysis and Prediction System (NAAPS)
and the newest version of the Coupled
Atmosphere/Ocean Mesoscale Prediction System (COAMPS®) with
an embedded aerosol prediction capability, and the
Mobile Atmospheric Aerosol and Radiation Characterization Observatory
(MAARCO).
| The Aerosol
and Radiation Section is working in these main areas: |
- Development of Multi-scale Predictive
Models of Aerosols.
- Model initialization/data
assimilation techniques.
- Microphysical parameterization
schemes.
- Model validation techniques.
- Coupled and uncoupled techniques
for aerosol & weather models.
- Developing high-resolution
source databases
- Transitioning models to Fleet
Numerical Meteorology and Oceanography Center for operational
application.
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- Characterization of Aerosols.
- Determination of optical
properties and accurate models thereof.
- Collection and interpretation
of in situ and remote measurements of aerosols, radiation,
and clouds
- Defining observational strategies
for studies of atmospheric aerosols, radiation and clouds
that benefit NRL research.
- Facilitating, planning, and
participating in Navy and non-Navy field projects promoting
NRL interests (eg. ADAM
Field Experiment, PRIDE Field Experiment, FLAMBE
project, and UAE ).
- Participating in local, national,
and international ARC observational networks of special
interest to Navy.
- Providing an extensive
web site for collection of real-time aerosol observations,
imagery, and global and regional aerosol forecasts.
- Impact of Aerosols on Tactical
Decision Aids.
- Using aerosol models as input
to the Target Acquisition Weather Software (TAWS).
- Development of an operational slant-range
visibility product.
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here.
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