David Folta

发表

EOS AM-l AND EO-1 SUPPORT USING FreeFlyer™ and AutoCon™

John Bristow, Greg Dell, Mark E. Hametz, 1998 .

Preparing for delivery of the Lunar Ice Cube compact IR spectrometer payload

K. Brown, Cliff Brambora, Pamela E. Clark, 2020, Optical Engineering + Applications.

Overview of Phobos/Deimos Regolith Ion Sample Mission (PRISM) concept

Andrew S. Rivkin, John W. Keller, Jasper Halekas, 2018, Optical Engineering + Applications.

Lunar Ice Cube: ongoing development of first generation deep space CubeSat mission with compact broadband IR spectrometer

Cliff Brambora, Jerrod Young, Pamela E. Clark, 2019, Optical Engineering + Applications.

Design and implementation of satellite formations and constellations

David Quinn, Lauri Kraft Newman, David Folta, 1998 .

Nature of and lessons learned from Lunar Ice Cube and the first deep space cubesat 'cluster'

Cliff Brambora, Benjamin Malphrus, David Folta, 2018, Optical Engineering + Applications.

End-to-end simulations and planning of a small space telescopes: Galaxy Evolution Spectroscopic Explorer: a case study

Tony Hull, Qian Gong, Sara R. Heap, 2016, Astronomical Telescopes + Instrumentation.

Origins Space Telescope: baseline mission concept

Maryvonne Gerin, George Harpole, Douglas Scott, 2021, Journal of Astronomical Telescopes, Instruments, and Systems.

Access to Mars from Earth–Moon libration point orbits: Manifold and direct options

Kathleen C. Howell, David Folta, Masaki Kakoi, 2014 .

Transfer trajectory design for the SOHO libration-point mission

Peter J. Sharer, David W. Dunham, A. W. Seacord, 1992 .

Stationkeeping of Lissajous Trajectories in the Earth-Moon System with Applications to ARTEMIS

Kathleen C. Howell, Thomas A. Pavlak, David Folta, 2010 .

Initialization of Formation Flying Using Primer Vector Theory

David Folta, Conrad Schiff, Laurie Mailhe, 2002 .

Field of view location and formation flying for polar orbiting missions

Christopher J. Scolese, Francesco Bordi, David Folta, 1991 .

Using a compact broadband IR spectrometer to search for lunar volatiles with a first generation deep space CubeSat

William M. Farrell, Dennis C. Reuter, Cliff Brambora, 2016 .

Applications of Multi-Body Dynamical Environments: The ARTEMIS Transfer Trajectory Design

Kathleen C. Howell, David Folta, Mark Woodard, 2012 .

BIRCHES and Lunarcubes: Building the First Deep Space Cubesat Broadband IR Spectrometer

Dennis C. Reuter, Kevin Brown, Cliff Brambora, 2017 .

Preliminary Design Considerations for Access and Operations in Earth-Moon L1/L2 Orbits

Amanda F. Haapala, Kathleen C. Howell, Thomas A. Pavlak, 2013 .

LUNAR PROSPECTOR MISSION DESIGN AND TRAJECTORY SUPPORT

Ken Galal, David Folta, Mark Beckman, 1998 .

A Survey Of Earth-Moon Libration Orbits: Stationkeeping Strategies And Intra-Orbit Transfers

David Folta, Frank Vaughn, D. Folta, 2004 .

Earth-Moon libration point orbit stationkeeping: Theory, modeling, and operations $

Amanda F. Haapala, Kathleen C. Howell, Thomas A. Pavlak, 2014 .

Maneuver Operations Results from the Lunar Reconnaissance Orbiter (LRO) Mission

Michael Mesarch, David Folta, Rivers Lamb, 2010 .

Unique Non-Keplerian Orbit Vantage Locations for Sun-Earth Connection and Earth Science Vision Roadmaps

David Folta, Corissa Young, Adam Ross, 2001 .

Servicing and Deployment of National Resources in Sun-Earth Libration Point Orbits

Michael Mesarch, David Folta, Mark Beckman, 2002 .

Libration orbit mission design at L2 - A map and NGST perspective

David Folta, Karen Richon, D. Folta, 1998 .

Considerations on formation flying separations for earth observing satellite missions

Christopher J. Scolese, Francesco Bordi, David Folta, 1992 .

A universal 3-D method for controlling the relative motion of multiple spacecraft in any orbit

David Quinn, David Folta, D. Folta, 1998 .

A Lunar Communications and Navigation Satellite Concept for the Robotic Lunar Exploration Program

Anne Long, David Quinn, David Folta, 2006 .

Navigating THEMIS to the ARTEMIS Low-Energy Lunar Transfer Trajectory

Manfred Bester, Brandon D. Owens, Daniel Cosgrove, 2010 .

Orbit Determination of Spacecraft in Earth-Moon L1 and L2 Libration Point Orbits

Brandon D. Owens, Daniel Cosgrove, David Folta, 2011 .

Trajectory Design Strategies for the NGST L2 Libration Point Mission

Frank H. Bauer, Kathleen C. Howell, David Folta, 2001 .

A tethered formation flying concept for the SPECS Mission

David Quinn, David Folta, D. Folta, 2000 .

Celestial Navigation (CelNav): Lunar Surface Navigation

May-Win L. Thein, David Quinn, David Folta, 2008 .

Formation Flying with Decentralized Control in Libration Point Orbits

J. Russell Carpenter, David Folta, Christoph Wagner, 2013 .

Multibody Orbit Architectures for Lunar South Pole Coverage

Kathleen C. Howell, Daniel J. Grebow, Martin T. Ozimek, 2008 .

A Lean, Fast Mars Round-trip Mission Architecture: Using Current Technologies for a Human Mission in the 2030s

Brent W. Barbee, Harley Thronson, Jacob A. Englander, 2013 .

Primer Vector Optimization: Survey of Theory, new Analysis and Applications

Steven P. Hughes, David Folta, Jose J. Guzman, 2002 .

Libration Point Navigation Concepts Supporting the Vision for Space Exploration

Michael C. Moreau, J. Russell Carpenter, David Quinn, 2004 .

Theory of Interplanetary Flights

G. A. Gurzadyan, David Folta, 1996 .

Stationkeeping of the First Earth-Moon Libration Orbiters: The ARTEMIS Mission

Daniel Cosgrove, David Folta, Mark Woodard, 2011 .

The Lunar IceCube Mission Design: Construction of Feasible Transfer Trajectories with a Constrained Departure

Natasha Bosanac, Kathleen C. Howell, David Folta, 2016 .

ARTEMIS Mission Design

Stephen B. Broschart, Min-Kun Chung, Gregory J. Whiffen, 2011 .

Lunar Frozen Orbits

David Quinn, David Folta, D. Folta, 2006 .

Methodology for the passive control of orbital inclination and mean local time to meet sun-synchronous orbit requirements

David Folta, Lauri Kraft, 1992 .