D. Reeves

发表

Characteristics of a high-power ion beam deflection system necessary to deflect the hypothetical asteroid 2017 PDC

Shawn C. Johnson, J. Brophy, N. Strange, 2017 .

Proximity Operations for the Robotic Boulder Capture Option for the Asteroid Redirect Mission

Cinnamon A. Wright, D. Reeves, A. Pini, 2014 .

The effects of constrained electric propulsion on gravity tractors for planetary defense

Shawn C. Johnson, J. Brophy, D. Reeves, 2017, 2017 IEEE Aerospace Conference.

Qualitative Robust Systems Engineering Analysis of Apollo Concepts and Architechtures

David M. Reeves, Dean A. Bucher, D. Reeves, 2005 .

Impacts of In-Space Assembly as Applied to Human Exploration Architectures

Robert W. Moses, Christopher A. Jones, Sharon A. Jefferies, 2018, 2018 AIAA SPACE and Astronautics Forum and Exposition.

Strategic Framework for NASA's Space Technology Mission Directorate

William Cirillo, Matthew Stafford, David M. Reeves, 2018, 2018 AIAA SPACE and Astronautics Forum and Exposition.

Asteroid Redirect Mission (ARM) Formulation Assessment and Support Team (FAST) Final Report

Kris Zacny, Paul A. Abell, Leslie S. Gertsch, 2016 .

Asteroid Redirect Robotic Mission: Robotic Boulder Capture Option Overview

Paul A. Abell, Bo J. Naasz, Daniel D. Mazanek, 2014 .

Asteroid Redirect Mission Proximity Operations for Reference Target Asteroid 2008 EV5

Keith DeWeese, Daniel D. Mazanek, David M. Reeves, 2016 .

Cost Breakeven Analysis of Lunar In-Situ Propellant Production for Human Missions to the Moon and Mars

Emily L. Judd, D. Reeves, C. Jones, 2020 .

Enhanced Gravity Tractor Technique for Planetary Defense

Marco Tantardini, Daniel D. Mazanek, Haijun Shen, 2015 .

Mass growth in space vehicle and exploration architecture development

Douglas O. Stanley, Robert W. Thompson, Alan W. Wilhite, 2010 .