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Bradley Angelocci
Electronic Tech. Supervisor
Climate and Space Sciences and Engineering
1111 SRB
Climate & Space Research Building University of Michigan 2455 Hayward Street Ann Arbor, MI 48109-2143(734) 764-9532
People
Research Area
- Adaptive Designs
- Aerosols and Climate
- Air Quality
- Algorithms
- Astrobiology
- Astrophysics
- Atmosphere-Biosphere & Atmosphere-Ocean Interactions
- Atmospheric Aerosols
- Atmospheric Dynamics
- Atmospheric Thermodynamics and Radiation
- Atmospheric Trace Constituents
- Atmospheric Tracer Transport
- Auroral Physics
- Biogenic Trace Gas Emissions
- Biosphere-Atmosphere Interactions
- Boundary Layer Meteorology
- Carbon Cycle-Climate Interactions
- Chemistry-Climate Interactions
- Climate
- Climate Adaptation
- Climate Change
- Climate Modeling
- Cloud and Aerosol Interactions
- Cloud Microphysics
- Cloud-Radiation-Climate Interactions
- Cometary Physics
- Computational High Energy Density Physics
- Coronal Heating Mechanisms
- Coronal Mass Ejections
- Data Assimilation
- Earth and Planetary Remote Sensing
- Earth System Modeling
- General Circulation Models (GCMs)
- Geomagnetic Disturbances
- Geophysical Remote Sensing
- Geospace Data Analysis
- Global Tropospheric Chemistry and Budgets
- Greenhouse Gases & Pollutants
- Habitability Potential of Mars and the Icy Worlds
- Heliophysics
- Heliopsheric Magnetic Field
- High-Energy-Density Physics
- High-Resolution Regional & Inverse Modeling
- Human Exploration of Mars
- Hydrodynamic Instabilities
- Ice Sheet Energy Balance
- Instrument Development
- Laboratory Astrophysics
- Large-Scale Atmospheric Dynamics
- Magnetized Plasmas
- Magnetometer Sensor Development
- Magnetosphere – Ionosphere Coupling
- Magnetosphere-Ionosphere-Thermosphere Coupling
- Magnetospheric and Heliospheric Physics
- Martian Radiative Transfer Modeling
- Martian Water Cycle and Soil-Atmosphere Interactions
- Mathematics
- Meteorology
- Microwave Radiometer Design
- Microwave Remote Sensing
- Modeling of Solar Engetic Particles and Space Environment
- Modeling of the Near-Earth Space Environment
- Multi-Fluid Simulations
- Numerical Methods
- Paleoaltimetry
- Paleoceanography
- Paleoclimate
- Paleomagnetosphere
- Parallel Computing
- Physical Oceanography
- Planetary Atmospheres
- Planetary Ionospheres
- Planetary Magnetospheres
- Planetary Science
- Plasma Diagnostics
- Plasma Electrodynamics
- Plasma Physics
- Plasma Transport
- Polar Hydrodynamics
- Present Martian Climate
- Properties of the Local Interstellar Medium
- Radiation Hydrodynamics
- Radiative Transfer
- Regional Climate Modeling
- Remote Sensing
- Robust Computing
- Scientific and Statistical Computing
- Small Satellites
- Snowpack Microphysics
- Software
- Solar Corona
- Solar Physics
- Solar Wind
- Space and Plasma Physics
- Space Systems
- Space Weather
- Spacecraft and Energy Conversion Technologies
- Spectroscopic Observations
- Stratospheric and Tropospheric Chemistry Modeling
- Strong Laser Pulse Interactions With Plasmas
- Surface-Atmosphere Interactions
- Synoptic and Boundary Layer Meteorology
- Systems Engineering
- Thermodynamics
- Thermospheric and Ionosphere Dynamics
- Upper Atmospheric Electricity
- Water Stable Isotopes
- Weather and Climate Modeling
- Weather Forecasting