Determining Mars parking orbits which ensure tangential periapsis burns at arrival and departure

Determining star formation rates in X-ray cluster cooling flows

Determining the Drag Coefficient from Vorticity, Momentum, and Mass Budget Analyses.

Determining the key drivers of magnetospheric Pc5 wave power

Determining the nuclear equation of state from neutron-star masses and radii

Deterministic quantum logic with photons via optically induced photonic band gaps

Developing a Computational Model to Study the Evolution of Interstellar Ice Grains by UV Photolysis

Developing a spatially continuous 1 km surface albedo data set over North America from Terra MODIS products

Developing Physics-Based Procedures for Local Helioseismic Probing of Sunspots and Magnetic Regions

Developing supercomputers and computational physics

Development and preliminary tests of a new long-wave radiation parameterization

Development and Validation of a Numerical Model for Non-isothermal Multiphase Flow in Partially Frozen Porous Media

Development and verification of the TRACE telescope contamination math model

Development of a clean optical telescope

Development of a computational model for predicting solar wind flows past nonmagnetic terrestrial planets

Development of a detailed microphysical model for Martian dust and ice clouds

Development of a Global 3-D magnetohydrodynamic computational model for solar wind-cometary and planetary studies

Development of a Massively Parallel Particle-Mesh Algorithm for Simulations of Galaxy Dynamics and Plasmas

Development of a New Ion Transport Code for Planetary Ionospheres With Explicit Treatment of Ion-Ion Collision

Development of a system for accurate forecasting of solar activity