index [] 150 advances/publisher...sean v. wagner, juan arrieta, yungsun hahn, paul w. stumpf,...

3476

INDEX TO ALL AMERICAN ASTRONAUTICAL SOCIETY PAPERS

AND ARTICLES 1954 - 1992

This index is a numerical/chronological index (which also serves as a citation index)

and an author index. (A subject index volume will be forthcoming.)

It covers all articles that appear in the following:

Advances in the Astronautical Sciences (1957 - 1992)Science and Technology Series (1964 -1992)AAS History Series (1977 - 1992)AAS Microfiche Series (1968 - 1992)Journal of the Astronautical Sciences (1954 -September 1992)Astronautical Sciences Review (1959 - 1962)

If you are in aerospace you will want this excellent reference tool which covers the first

35 years of the Space Age.

Numerical/Chronological/Author Index in three volumes,

Ordered as a set:

Library Binding (all three volumes) $120.00;Soft Cover (all three volumes) $90.00.

Ordered by individual volume:

Volume I (1954 - 1978) Library Binding $40.00; Soft Cover $30.00;Volume II (1979 - 1985/86) Library Binding $60.00; Soft Cover $45.00;Volume III (1986 - 1992) Library Binding $70.00; Soft Cover $50.00.

Order from Univelt, Inc., P.O. Box 28130, San Diego, California 92198.Web Site: http://www.univelt.com

http://www.univelt.com

3477

NUMERICAL INDEX

Volume 150 I, II & IIIADVANCES IN THE ASTRONAUTICAL SCIENCESASTRODYNAMICS 2013 (2014)

(AAS/AIAA Astrodynamics Specialist Conference, August 11–15, 2013,Hilton Head, South Carolina, U.S.A.)

AAS 13-700 (Paper Withdrawn)

AAS 13-701 Detection Probability of Earth Orbiting Objects Using Optical Sensors,Carolin Früh and Moriba K. Jah (Part I)

AAS 13-702 An Optimal Control-Based Estimator for Maneuver Detection andReconstruction, Daniel P. Lubey and Daniel J. Scheeres (Part I)


AAS 13-704 Probabilistic Initial Orbit Determination Using Radar Returns,Kyle J. DeMars and Moriba K. Jah (Part I)

AAS 13-705 Multiple Hypothesis Tracking (MHT) for Space Surveillance: TheoreticalFramework, Jeffrey M. Aristoff, Joshua T. Horwood, Navraj Singh,Aubrey B. Poore, Carolyn Sheaff and Moriba K. Jah (Part I)

AAS 13-706 Guaranteed Approach for Orbit Determination With Limited Measurements,Zakhary N. Khutorovsky, Alexnder S. Samotokhin and Kyle T. Alfriend(Part I)

AAS 13-707 Optical Sensor Constraints on Space Object Detection and AdmissibleRegions, Johnny L. Worthy III, Marcus J. Holzinger and Kohei Fujimoto(Part I)

AAS 13-708 Towards an Artificial Space Object Taxonomy, Matthew P. Wilkins,Avi Pfeffer, Paul W. Schumacher and Moriba K. Jah (Part I)



AAS 13-711 Navigation of the GRAIL Spacecraft Pair Through the Extended Mission atthe Moon, Troy D. Goodson, Peter G. Antreasian, Ram S. Bhat,Min-Kun Chung, Kevin E. Criddle, Sara J. Hatch, David C. Jefferson,Eunice L. Lau, Ralph B. Roncoli, Mark S. Ryne, Theodore H. Sweetser,Tung-Han You, Brian T. Young, Mau C. Wong, Julie A. Kangas andHui Ying Wen (Part I)

AAS 13-712 GRAIL TCM-5 Go/No-Go: Developing Lunar Orbit Insertion Criteria,Min-Kun J. Chung (Part I)

3478

AAS 13-713 Conjunction Assessment Concept of Operations for the MagnetosphericMultiscale (MMS) Mission, Geoffrey G. Wawrzyniak, J. Russell Carpenter,Daniel J. Mattern, Trevor W. Williams, Neil A. Ottenstein andBrandon A. Jones (Part I)


AAS 13-715 Telemetry Parameter Period-Based Anomaly Detection, Weizheng Li andQiao Meng (Part I)

AAS 13-716 Multipoint Extension of Pontryagin’s Maximum Principle Applied to theOptimal Attitude Scheduling of an Imaging Satellite, Alan Zorn andMatt West (Part I)

AAS 13-717 Cassini Solstice Mission Maneuver Experience: Year Three,Sean V. Wagner, Juan Arrieta, Yungsun Hahn, Paul W. Stumpf,Powtawche N. Valerino and Mau C. Wong (Part I)


AAS 13-719 Cloudsat’s A-Train Return: Solving the Orbital Dynamics Problem,Barbara Manganis Braun and Donald Keenan (Part I)

AAS 13-720 Post-Maneuver Collision Probability Estimation Using Polynomial Chaos,Brandon A. Jones, Nathan Parrish, Michael S. Werner and Alireza Doostan(Part I)

AAS 13-721 A Simple Perturbation Algorithm for Inverting the Cartesian to GeodeticTransformation, James D. Turner and Tarek A. Elgohary (Part I)

AAS 13-722 Proper Averaging Via Parallax Elimination, Martin Lara, Juan F. San-Juanand Luis M. López-Ochoa (Part I)

AAS 13-723 An Analytical Approach to Computing Step Sizes for Finite-DifferenceDerivatives, Ravishankar Mathur (Part I)

AAS 13-724 Conic Sections By Rational Bézier Functions, Donghoon Kim andDaniele Mortari (Part I)

AAS 13-725 F And G Taylor Series Solutions to the Stark Problem With SundmanTransformations, Etienne Pellegrini, Ryan P. Russell and Vivek Vittaldev(Part I)

AAS 13-726 Solving Kepler’s Equation Using Implicit Functions, Daniele Mortari andAntonio Elipe (Part I)

AAS 13-727 Reflection Decomposition of Rotation Matrices, Daniele Mortari andMartin E. Avendaño (Part I)

AAS 13-728 A Fast and Robust Multiple Revolution Lambert Algorithm Using a CosineTransformation, Nitin Arora and Ryan P. Russell (Part I)

AAS 13-729 Improved Uniform Points on a Sphere With Application to Any GeographicalData Distribution, Sanghyun Lee and Daniele Mortari (Part I)


AAS 13-731 Autonomous Relative Navigation for Spacecraft Rendezvous Based onCelestial Observations and Relative Range Measurements, Kai Wang,Xinghong Huang, Shijie Xu and Tong Chen (Part I)

3479

AAS 13-732 A Robust Control Method of Lunar Orbit Spacecraft AutonomousRendezvous, Yunyi Hou, Guangfu Ma, Jianwen Hou, Wenlong Li andPeng Shi (Part I)

AAS 13-733 MPCV ESA Demo-Spacecraft: Mission Design for a Non-CooperativeRendezvous Demonstration in Elliptic Orbit Around the Moon, Eric Joffre,Adrien Chapelle, Philippe Augros, Siegfried Chavy, Stephane Reynaud,Massimiliano Bottacini and Olivier Mongrard (Part I)

AAS 13-734 Recursive Update Filter Applied to Spacecraft Rendezvous, Renato Zanetti(Part I)

AAS 13-735 A Closed-Loop Solution for Spacecraft Rendezvous Using the KSTransformation, Sonia Hernandez and Maruthi R. Akella (Part I)

AAS 13-736 Autonomous Aerobraking Development Software: Phase 2 Summary,Alicia D. Cianciolo, Robert W. Maddock, Jill L. Prince, Angela Bowes,Richard W. Powell, Joseph P. White, Robert Tolson, Daniel O’Shaughnessyand David Carrelli (Part I)

AAS 13-737 Adaptive Envisioning of Reachable Mission Outcomes for AutonomousMotion Planning at Small Bodies, David A. Surovik and Daniel J. Scheeres(Part I)

AAS 13-738 Application of LiAISON Orbit Determination Architecture in Navigating aRover on the Lunar Surface, Siamak Hesar, Jeffrey S. Parker,Ryan M. McGranaghan, Jason M. Leonard, Kohei Fujimoto andGeorge H. Born (Part I)

AAS 13-739 Force Modeling and State Propagation for Navigation and ManeuverPlanning for CubeSat Rendezvous, Proximity Operations, and Docking,Christopher W. T. Roscoe, Jacob D. Griesbach, Jason J. Westphal,Dean R. Hawes and John P. Carrico, Jr. (Part I)

AAS 13-740 Optimal One and Two-Impulse Maneuvers for Relative Satellite Interceptionand Reconfiguration, Ashish Jagat, Andrew J. Sinclair, Ryan E. Sherrill andT. Alan Lovell (Part I)

AAS 13-741 Multibody Modeling of the Attitude Dynamics of Square Solar Sails,Evan Sperber and Fidelis O. Eke (Part I)

AAS 13-742 A Reorientation Scheme for Large Solar Sails, Bo Fu and Fidelis O. Eke(Part I)

AAS 13-743 Earth Escape Capabilities of the Heliogyro Solar Sail, Daniel Guerrant,Dale Lawrence and Andrew Heaton (Part I)


AAS 13-745 On the High-Precision Steering Law of VSCMGS, Xinghong Huang andShijie Xu (Part I)

AAS 13-746 The Effect of Different Adsorption Models on Satellite Drag Coefficients,Andrew C. Walker, Piyush Mehta and Josef Koller (Part I)

AAS 13-747 Uncertainty Quantification of the Orbital Lifetime of a LEO Spacecraft,Lamberto Dell’Elce and Gaëtan Kerschen (Part I)


3480

AAS 13-749 Semi Analytical Implementation of Tesseral Harmonics Perturbations forHigh Eccentricity Orbits, Vincent Morand, Albert Caubet, Florent Deleflie,Jerome Daquin and Hubert Fraysse (Part I)

AAS 13-750 An Optimization Method for Nano-Satellite and Pico-Satellite SeparationThrough a Two Mass-One Spring System, Shu Ting Goh, Zi Rui Lau andKay Soon Low (Part I)

AAS 13-751 Geometry of Transformed Variables in the Impulsive Transfer Problem,Thomas E. Carter and Mayer Humi (Part I)

AAS 13-752 Optimal Open Low-Cost Two-Impulse Transfers in a Plane,Thomas E. Carter and Mayer Humi (Part I)

AAS 13-753 Impulsive Guidance for Optimal Manifold-Based Transfers to Earth-Moon L1Halo Orbits, William Anthony, Annie Larsen, Eric A. Butcher andJeffrey S. Parker (Part I)


AAS 13-755 Optimal Earth-Mars Trajectory Control Strategy Design Using AdaptiveGenetic Algorithm and Monte Carlo Method, Hou Jianwen, Zhou Jie,Hou Yunyi, Liu Fucheng and He Liang (Part I)

AAS 13-756 Attitude Motion of a Spinning Spacecraft With Fuel Sloshing in High-GManeuvers, Lilit Mazmanyan and Mohammad A. Ayoubi (Part I)

AAS 13-757 Fast, Simple and Efficient Asteroid Attitude Propagation by Perturbations,Martin Lara (Part I)

AAS 13-758 Star Tracker Anomalies: Root Causes and Mitigation Strategies,Austin S. Lee, Robert J. Kinsey, Stephen C. Ringler, Brian H. Kawauchi,Justin F. McNeil and Peter C. Lai (Part I)

AAS 13-759 Solar Sail Attitude Dynamics Considering Sail Deformation, Toshihiro Chujo,Yuichi Tsuda and Jun’ichiro Kawaguchi (Part I)

AAS 13-760 Stability of the Relative Equilibria of a Rigid Body in a J2 Gravity Field,Yue Wang, Haichao Gui and Shijie Xu (Part I)

AAS 13-761 Improved Empirical Covariance Estimation, William Todd Cerven (Part I)

AAS 13-762 Efficient Covariance Interpolation Using Blending of Approximate StateError Transitions, Sergei Tanygin (Part I)

AAS 13-763 High-Fidelity Solar Radiation Pressure Effects for High Area-to-Mass RatioDebris With Changing Shapes, Jay W. McMahon and Daniel J. Scheeres(Part I)

AAS 13-764 The Effect of Dynamical Accuracy for Uncertainty Propagation,Inkwan Park, Daniel J. Scheeres and Kohei Fujimoto (Part I)

AAS 13-765 Comparison of Multitarget Filtering Methods as Applied to Space SituationalAwareness, Steven Gehly, Brandon Jones and Penina Axelrad (Part I)

AAS 13-766 Adaptive Split-Merge Algorithm for Gaussian Mixture Models to Solve theKolmogorov Equation, Kumar Vishwajeet and Puneet Singla (Part I)

AAS 13-767 Parallel Track Initiation for Optical Space Surveillance Using Range andRange-Rate Bounds, Christopher W. T. Roscoe, Paul W. Schumacher, Jr.and Matthew P. Wilkins (Part I)

3481

AAS 13-768 Refined Orbit Prediction for Catalog Objects, Dolan E. Highsmith,W. Todd Cerven and Lael F. Woods (Part I)

AAS 13-769 Investigating the Suitability of Analytical and Semi-Analytical SatelliteTheories for Space Object Catalogue Maintenance in GeosynchronousRegime, Srinivas J. Setty, Paul J. Cefola, Oliver Montenbruck,Hauke Fiedler and Martin Lara (Part I)

AAS 13-770 Comparisons of PHD Filter and CPHD Filter for Space Object Tracking,Yang Cheng, Carolin Früh and Kyle J. DeMars (Part I)

AAS 13-771 A Linear-Time-Varying Approach for Exact Identification of BilinearDiscrete-Time Systems by Interaction Matrices, Francesco Vicario,Minh Q. Phan, Richard W. Longman and Raimondo Betti (Part I)

AAS 13-772 Orbit Determination Using Nonlinear Particle Filter and GPS Measurements,Paula C. P. M. Pardal, Rodolpho V. Moraes and Helio K. Kuga (Part I)


AAS 13-774 Improving Orbit Determination With Low-Order Fourier Solar RadiationPressure Models, Jay W. McMahon and Daniel J. Scheeres (Part I)


AAS 13-776 LiAISON-Supplemented Navigation of a Crewed Vehicle in a Lunar HaloOrbit, Jeffrey S. Parker, Jason M. Leonard, Rodney L. Anderson andGeorge H. Born (Part I)


AAS 13-778 Trajectory Determination With Unknown Perturbations,Francesco de Dilectis, Daniele Mortari and Renato Zanetti (Part I)




AAS 13-782 Trajectory Selection Strategy for Tours in the Earth-Moon System,Amanda F. Haapala, Mar Vaquero, Thomas A. Pavlak, Kathleen C. Howelland David C. Folta (Part II)


AAS 13-784 State Transition Tensor Models for the Uncertainty Propagation of theTwo-Body Problem, Tarek A. Elgohary and James D. Turner (Part II)

AAS 13-785 Limits of Linear Approximations for Near-Field Approach in EML-2 LibrationOrbits, Juliana Feldhacker, Kevin Ferrant, Jeffrey Parker and George Born(Part II)

AAS 13-786 Powered Heteroclinic, Homoclinic Connections Between the Sun-EarthTriangular Points and Quasi-Satellite Orbits for Solar Observations,Pedro J. Llanos, Gerald R. Hintz, Martin W. Lo and James K. Miller (Part II)

AAS 13-787 Broad Search for Unstable Resonant Orbits in the Planar CircularRestricted Three-Body Problem, Rodney L. Anderson, Stefano Campagnolaand Gregory Lantoine (Part II)

3482

AAS 13-788 Exploration of the Structure of the Web of Commensurabilities Within theMEO and GTO Regions, F. Deleflie, A. Bourgoin, E. M. Alessi, J. Daquin,A. Vienne, V. Morand, D. Hautesserres, A. Rossi and M. Fouchard (Part II)

AAS 13-789 Connecting Halo Orbits to Science Orbits at Planetary Moons,Kevin A. Bokelmann and Ryan P. Russell (Part II)


AAS 13-791 Orbital Maneuver for Spacecraft Using Generalized CanonicalTransformation, Yuki Ohtsuka and Kenji Uchiyama (Part II)


AAS 13-793 State Transition Matrix for Relative Motion Including Higher-Order GravityPerturbations, Hui Yan, Srinivas R. Vadali and Kyle T. Alfriend (Part II)

AAS 13-794 Formation Control Problems for Decentralized Spacecraft Systems,Eric Douglass, Marcus J. Holzinger, Jay W. McMahon andAndris Jaunzemis (Part II)

AAS 13-795 Semi-Analytical Global Search Algorithm for Fuel-Optimal SatelliteFormation Reconfiguration: Impulsive-Thrust Approach, Youngkwang Kim,Sang-Young Park and Chandeok Park (Part II)

AAS 13-796 Calibration of Hill-Clohessy-Wiltshire Initial Conditions for Elliptic RelativeMotion, Ryan E. Sherrill, Andrew J. Sinclair, S. C. Sinha and T. Alan Lovell(Part II)

AAS 13-797 Techniques for LEO Constellation Deployment and Phasing UtilizingDifferential Aerodynamic Drag, Tiffany Finley, Debi Rose, Kyle Nave,William Wells, Jillian Redfern, Randy Rose and Chris Ruf (Part II)

AAS 13-798 On Control of Spacecraft Relative Motion in the Case of an EllipticKeplerian Chief, Morad Nazari, Eric A. Butcher and Afshin Mesbahi (Part II)

AAS 13-799 Formation Flying Along an Elliptic Orbit By Pulse Control, Mai Bando andAkira Ichikawa (Part II)

AAS 13-800 Continuous-Thrust Control of Satellite Relative Motion in Elliptic OrbitsUsing a Lyapunov-Floquet Generalization of the HCW Equations,Ryan E. Sherrill, Andrew J. Sinclair, S. C. Sinha and T. Alan Lovell (Part II)

AAS 13-801 Design of Initial Inclination Reduction Sequence for Uranian Gravity-AssistTours, Nathan J. Strange, Damon F. Landau and James M. Longuski(Part II)

AAS 13-802 Mission Opportunities to Trans-Neptunian Objects – Part III, OrbitalCapture, Low-Thrust Trajectories and Vehicle Radiation Environment DuringJovian Flyby, Jordan Kreitzman, Charles W. Stewart, Ethan Cansler,Jake Brisby, Matthew Green and James Evans Lyne (Part II)

AAS 13-803 Broad-Search Algorithms for the Spacecraft Trajectory Design of Callisto-Ganymede-Io Triple Flyby Sequences From 2024-2040, Part I: HeuristicPruning of the Search Space, Alfred E. Lynam (Part II)

AAS 13-804 Broad-Search Algorithms for the Spacecraft Trajectory Design ofCallisto-Ganymede-Io Triple Flyby Sequences From 2024-2040, Part II:Lambert Pathfinding and Trajectory Solutions, Alfred E. Lynam (Part II)

3483

AAS 13-805 Preliminary Analysis of Ballistic Trajectories to Neptune Via Gravity AssistsFrom Venus, Earth, Mars, Jupiter, Saturn, and Uranus, Kyle M. Hughes,James W. Moore and James M. Longuski (Part II)


AAS 13-807 Preliminary Analysis of Establishing Cycler Trajectories Between Earth andMars Via Low Thrust, Blake A. Rogers and James M. Longuski (Part II)

AAS 13-808 Optimal Round-Trip Trajectories for Short Duration Mars Missions,David Folta, Brent W. Barbee, Jacob Englander, Frank Vaughn andTzu Yu Lin (Part II)


AAS 13-810 A High Earth, Lunar Resonant Orbit for Lower Cost Space ScienceMissions, Joseph W. Gangestad, Gregory A. Henning, Randy Persinger,and George R. Ricker (Part II)

AAS 13-811 A Proposed Mission to Detect Solar Influences on Nuclear Decay Rates,Blake A. Rogers, James M. Longuski and Ephraim Fischbach (Part II)

AAS 13-812 Optical Navigation for Rosetta Operations Near Comet Churyumov-Gerasimenko, Francesco Castellini, Ramon Pardo de Santayana,David Wokes and Sabine Kielbassa (Part II)

AAS 13-813 Exploration of a Graph Based Method for Orbital Transfers Near SmallBodies, Eric Arnal Fort, Benjamin F. Villac and Josep Maria Mondelo(Part II)


AAS 13-815 Design of Quasi-Terminator Orbits Near Primitive Bodies, Gregory Lantoine,Stephen B. Broschart and Daniel J. Grebow (Part II)

AAS 13-816 Circular-Orbit Maintenance Strategies for Primitive Body Orbiters,Mark S. Wallace and Stephen Broschart (Part II)

AAS 13-817 On an Idea About the Method of Absorbing Spin Motion of an Asteroid forCapture, Shin-ichiro Narita, Yuki Teramoto, Tsukasa Mizumori andJun-ichiro Kawaguchi (Part II)

AAS 13-818 Non-Linear Pulsed Guidance for Asteroid Close-Proximity Operations,Roberto Furfaro, John N. Kidd Jr. and Daniel R. Wibben (Part II)

AAS 13-819 Real-Time State Estimation for Asteroid Close-Proximity Operations ViaLidar Altimetry and a Particle Filter, Brian Gaudet and Roberto Furfaro(Part II)

AAS 13-820 Observer-Based Body-Frame Hovering Control Over a Tumbling Asteroid,Morad Nazari, Robert Wauson, Thomas Critz, Eric A. Butcher andDaniel J. Scheeres (Part II)

AAS 13-821 Spacecraft Hovering Control for Body-Fixed Hovering Over a UniformlyRotating Asteroid Using Geometric Mechanics, Daero Lee, Amit K. Sanyal,Eric A. Butcher and Daniel J. Scheeres (Part II)

AAS 13-822 Uncertainty Characterization for Angles-Only Initial Orbit Determination,Christopher R. Binz and Liam M. Healy (Part II)

3484

AAS 13-823 A Performance Based Comparison of Angle-Only Initial Orbit DeterminationMethods, Reza Raymond Karimi and Daniele Mortari (Part II)

AAS 13-824 Application of Optical Tracking and Orbit Estimation to Satellite OrbitTomography, Michael A. Shoemaker, Brendt Wohlberg, Richard Linaresand Josef Koller (Part II)

AAS 13-825 Effect of Coordinate Selection on Orbit Determination, James W. Woodburnand Vincent Coppola (Part II)

AAS 13-826 The Conjugate Unscented Transform and the Principle of Maximum Entropyfor Probability Density Reconstruction: An Application to the Two BodyProblem, Nagavenkat Adurthi and Puneet Singla (Part II)

AAS 13-827 Effects of Orbit Ephemeris Error and Limited Data on Density Estimation,Craig A. McLaughlin, Dhaval Mysore Krishna and Travis Locke (Part II)

AAS 13-828 Bayesian Inference on Multimodal Distributions From an Interferometer,Liam Healy and Christopher Binz (Part II)

AAS 13-829 Spacecraft Navigation Using Extrasolar Planetary Systems,George W. Hindman and Lila B. Glaser (Part II)

AAS 13-830 Using Signals of Opportunity in Deep Space Satellite Navigation: Breadth ofCoverage and Solution Accuracy, Ryan E. Handzo, Jeffrey S. Parker,George H. Born and Kenn L. Gold (Part II)

AAS 13-831 Earth Coverage From Earth-Moon Libration Point Orbits, Kathryn E. Davis,Nathan Parrish, George H. Born and Eric Butcher (Part II)

AAS 13-832 Repetitive Control of Digital Systems Having Fast Phase Change Producedin the Discretization, Benjamas Panomruttanarug and Richard W. Longman(Part II)

AAS 13-833 Investigation of Discrete Time Emulation Techniques to Simplify RepetitiveControl Design, Pitcha Prasitmeeboon and Richard W. Longman (Part II)

AAS 13-834 Single-Axis Pointing of a Spacecraft With Two Skew Control MomentGyros, Haichao Gui, Lei Jin and Shijie Xu (Part II)

AAS 13-835 Feedback Control and Steering Laws for Spacecraft Using Canfield JointAttitude Manipulators, Eamonn Moyer and Manoranjan Majji (Part II)

AAS 13-836 Quaternion Based Optimal Spacecraft Reorientation Under ComplexAttitude Constrained Zones, Unsik Lee and Mehran Mesbahi (Part II)

AAS 13-837 Suboptimal Delayed Feedback Attitude Stabilization of Rigid SpacecraftWith Stochastic Input Torques and Unknown Time-Varying Delays,Ehsan Samiei and Eric A. Butcher (Part II)

AAS 13-838 Adaptive Attitude-Tracking Control of Spacecraft With UncertainTime-Varying Inertia Parameters, D. Thakur, S. Srikant and M. R. Akella(Part II)

AAS 13-839 Stability Analysis and Sun-Tracking Attitude Control of Spacecraft UnderSolar Radiation Pressure, Naohiro Hayashi, Go Ono, Yuya Mimasu andJun’ichiro Kawaguchi (Part II)

AAS 13-840 A Hybrid CMG-RW Attitude Control Strategy for Agile Small Satellites,Kunal Patankar and Norman Fitz-Coy (Part II)

3485

AAS 13-841 Free Floating Space Robot Kinematic Modeling and Analysis,Xinghong Huang and Shijie Xu (Part II)

AAS 13-842 Space Debris as an Epidemic: Complexity and Dynamical Systems in theDebris Problem, David Finkleman (Part II)

AAS 13-843 COBRA: A Covariance-Based Debris Risk Assessment Model,Felix R. Hoots and Brian W. Hansen (Part II)

AAS 13-844 Summarizing the General Effects of Breakup Debris in GEO,Brian W. Hansen and Marlon E. Sorge (Part II)

AAS 13-845 Use of Slowly Varying Orbit Elements for Spread Velocity Reconstruction ofHistorical Orbital Breakups, Glenn E. Peterson (Part II)

AAS 13-846 Space Debris Visualization, Characterization and Volume Modeling,Ryan E. G. McKennon-Kelly and Felix R. Hoots (Part II)


AAS 13-848 Effects of the Rotational Motion of Debris Objects on the Prediction of TheirOrbital Motions, John E. Cochran, Jr. and Thomas B. Walsh (Part II)

AAS 13-849 A Mathematical Formulation to Describe Density of Particles in anInhhomogeneous Distribution, Ken Chan (Part II)

AAS 13-850 Orbit Determination of ETS-8 by Pegasus Observatory in KyushuUniversity, Hideaki Hinagawa and Toshiya Hanada (Part II)

AAS 13-851 Space-Based Characterization of Debris in Low-Earth Orbit Via LWIRImaging, Paul D. McCall, Madeleine L. Naudeau, Jean H. Andrian,Armando Barreto, Naphtali Rishe and Malek Adjouadi (Part II)

AAS 13-852 Heuristic Suboptimal Solutions to Reduce Velocity Pointing Errors forSpinning, Thrusting Spacecraft, Kaela M. Martin and James M. Longuski(Part II)

AAS 13-853 Image Processing of Illuminated Ellipsoid, Daniele Mortari,Francesco de Dilectis and Christopher D’Souza (Part II)

AAS 13-854 A Homotopy Method for Optimal Actuator Failure Control, Donghoon Kim,James D. Turner and John L. Junkins (Part I)

AAS 13-855 Thrusters Time-Delayed Control Allocation for Soft-Landing of LunarLander, Jae-Wook Kwon, Bong Un Lee, Hyochoong Bang andGwanghyeok Ju (Part II)

AAS 13-856 Operations Concept, Hardware Implementation and Ground-TestVerification of a Hazard Detection System for Autonomous and SafePrecision Lunar Landing, John M. Carson, Erik S. Bailey, Nikolas Trawny,Andrew E. Johnson, Vincent E. Roback, Farzin Amzajerdian andRobert A. Werner (Part II)

AAS 13-857 On Six D.O.F Relative Orbital Motion Parametrization Using Rigid Bases ofDual Vectors, Daniel Condurache and Adrian Burlacu (Part II)

AAS 13-858 Adaptive Position and Attitude Tracking Controller for Satellite ProximityOperations Using Dual Quaternions, Nuno Filipe and Panagiotis Tsiotras(Part II)

AAS 13-859 A Least Squares Solution for Estimation of a Planar Homography,Manoranjan Majji, Martin Diz and David Truong (Part II)

3486

AAS 13-860 Halo Orbit Targeting Guidance Via Higher Order Sliding Techniques,Jules Simo, Roberto Furfaro and Daniel R. Wibben (Part II)

AAS 13-861 Distributed Internet-Enabled Simulation/Testbed Architecture,Marcelo Gonzalez-Oberdoerffer, Darren Zanon and Ravishankar Mathur(Part II)

AAS 13-862 The Two Body Problem Elevated to the Complex Domain, Donald L. Hitzland Frank Zele (Part III)

AAS 13-863 Trajectory Dynamics of Gas Molecules and Galaxy Formation,James K. Miller, Pedro J. Llanos and Gerald R. Hintz (Part III)

AAS 13-864 Searching for Orbits That Can be Controlled by Natural Forces,Thais C. Oliveira, Antonio F. B. A. Prado, Evandro M. Rocco andArun K. Misra (Part III)

AAS 13-865 Long-Term Dynamics and Stability of GEO Orbits: The Primacy of theLaplace Plane, Aaron J. Rosengren, Daniel J. Scheeres andJay W. McMahon (Part III)


AAS 13-867 The Eccentric Behavior of Nearly Frozen Orbits, Theodore H. Sweetser andMark A. Vincent (Part III)


AAS 13-869 Approximation of Probability Density Functions Propagated Through thePerturbed Two-Body Problem, Michael Mercurio, Reza Mandankan,Puneet Singla and Manoranjan Majji (Part III)

AAS 13-870 Orbit Uncertainty Propagation With Separated Representations,Marc Balducci, Brandon Jones and Alireza Doostan (Part III)

AAS 13-871 Cylindrically and Spherically Constrained Families of Non-Keplerian Orbits,Jeannette Heiligers and Colin R. McInnes (Part III)

AAS 13-872 Trajectory Design Considerations for Precision Landing on Mars,Zhong-Sheng Wang, Melissa H. Gambal, Adly L. Espinoza andRobert B. Hook (Part III)

AAS 13-873 Atmosphere Assessment for Mars Science Laboratory Entry, Descent andLanding Operations, Alicia D. Cianciolo, Bruce Cantor, Jeff Barnes,Daniel Tyler Jr., Scot Rafkin, Allen Chen, David Kass, Michael Mischna andAshwin R. Vasavada (Part III)

AAS 13-874 A Navigation Scheme for Pinpoint Mars Landing Using Radar Altimetry, aDigital Terrain Model, and a Particle Filter, Brian Gaudet andRoberto Furfaro (Part III)

AAS 13-875 Neural-Based Trajectory Shaping Approach for Terminal Planetary PinpointGuidance, Roberto Furfaro, Jules Simo, Brian Gaudet andDaniel R. Wibben (Part III)

AAS 13-876 Satellite Attitude Control by Center-of-Mass Shifting, Simone Chesi,Qi Gong and Marcello Romano (Part III)

AAS 13-877 Development of a Hybrid Navigation System for the Third Sharp Edge FlightExperiment (SHEFEX-3), Malak A. Samaan and Stephan Theil (Part III)

3487

AAS 13-878 Modeling Satellite Drag Coefficients With Response Surfaces,Piyush M. Mehta, Andrew Walker, Earl Lawrence, Richard Linares,David Higdon and Josef Koller (Part III)

AAS 13-879 Solution of Yaroshevskii’s Planetary Entry Equation Via a PerturbativeMethod, Sarag J. Saikia, James M. Longuski and Jeffrey F. Rhoads(Part III)

AAS 13-880 Analytical Theory for Ballistic Entry at Circular Speed for Various Flight PathAngles, James M. Longuski and Sarag J. Saikia (Part III)

AAS 13-881 Analytical Theory for Ballistic Entry at Moderate to Large Initial Flight PathAngles, James M. Longuski and Sarag J. Saikia (Part III)

AAS 13-882 Trajectory Design for Moonrise: A Proposed Lunar South Pole–Aitken BasinSample Return Mission, Jeffrey S. Parker, Timothy P. McElrath,Rodney L. Anderson and Theodore H. Sweetser (Part III)


AAS 13-884 Calculation of an Optimal Two Impulse Earth-Moon Trajectory,John McGreevy and Manoranjan Majji (Part III)

AAS 13-885 Lunar L1 Earth-Moon Propellant Depot Orbital And Transfer OptionsAnalysis, Hsuan-chen Wan and Benjamin F. Villac (Part III)

AAS 13-886 Far-Side Lunar Ascent Trajectory Design to Earth-Moon L2 Orbit,Ann B. Dietrich, Jeffrey S. Parker and George Born (Part III)

AAS 13-887 Preliminary Design of the Phasing Strategy of a Lunar Orbit RendezvousMission, Zhong-Sheng Wang, Zhanfeng Meng, Shan Gao and Decheng Liu(Part III)

AAS 13-888 Covariance-Matrix Adaptive Method for Approximate Time-OptimalReorientation Maneuvers, Robert G. Melton (Part III)

AAS 13-889 Shadow Set Considerations for Modified Rodrigues Parameter AttitudeFiltering, Stephen A. O’Keefe and Hanspeter Schaub (Part III)

AAS 13-890 Iterative Model and Trajectory Refinement for Attitude and Shape Control ofa Dumbbell Spacecraft, Jennifer S. Hudson and Ilya V. Kolmanovsky(Part III)

AAS 13-891 Sun Heading Estimation Using Underdetermined Set of Coarse SunSensors, Stephen A. O’Keefe and Hanspeter Schaub (Part III)


AAS 13-893 Attitude Determination by Minimizing Polynomial Functions Based onSemidefinite Relaxation, Yang Tian, Yang Cheng and John L. Crassidis(Part III)

AAS 13-894 Vibration Suppression of Large Space Truss Structure, Zhou Lu,Gui HaiChao and Hou XinBin (Part III)


AAS 13-896 Applications of the Electrodynamic Tether Sling, Michael J. Mueterthies,James M. Longuski and Jason A. Vaughn (Part III)

AAS 13-897 Active Disturbance Rejection Control for the Attitude Stabilization of aSpace Tethered Platform, Wenlong Li, Yushan Zhao and Peng Shi (Part III)

3488


AAS 13-899 Lyapunov Orbits in the Jupiter System Using Electrodynamic Tethers,Kevin Bokelmann, Ryan P. Russell and Gregory Lantoine (Part III)


AAS 13-901 Parallel Computation of Multiple Space Trajectories Using GPUs andInterpolated Gravity Models, Nitin Arora, Ryan P. Russell andVivek Vittaldev (Part III)

AAS 13-902 GPU Accelerated Conjunction Assessment With Applications to FormationFlight and Space Debris Tracking, Abel Brown, Jason Tichy,Michael Demoret and David Rand (Part III)

AAS 13-903 Enhanced Visualization and Autonomous Extraction of Poincaré MapTopology, Wayne R. Schlei, Kathleen C. Howell, Xavier M. Tricoche andChristoph Garth (Part III)

AAS 13-904 Automated Stable Region Detection, Navid Nakhjiri and Benjamin Villac(Part III)

AAS 13-905 A Comparison of Implicit Integration Methods for Astrodynamics,Jonathan F. C. Herman, Brandon A. Jones, George H. Born andJeffrey S. Parker (Part III)

AAS 13-906 Space Traffic Management (STM), Duane E. Bird (Part III)

AAS 13-907 BLITS: A Forensic Analysis of a Probable Collision, Roger Thompson,Glenn E. Peterson, John P. McVey, Robert E. Markin and Marlon E. Sorge(Part III)

AAS 13-908 Non-Gaussian Collision Probability, Ken Chan (Part III)


AAS 13-910 Collision Risk Assessment and Avoidance Maneuvers – First ExperienceWith ESA’s New Tool CORAM, K. Merz, I. Grande-Olalla, N. Sanchez-Ortizand J. A. Pulido (Part III)

AAS 13-911 A Non-Combinatorial Approach for Efficient Conjunction Analysis,Michael Mercurio, Puneet Singla and Abani Patra (Part III)

AAS 13-912 Recommended Risk Assessment Techniques and Thresholds for LaunchCOLA Operations, M. D. Hejduk, D. Plakalovic, L. K. Newman,J .C. Ollivierre, M. E. Hametz, B. A. Beaver and R. C. Thompson (Part III)

AAS 13-913 Analytical Non-Linear Conjunction Assessment Via State Transition Tensorsin Orbital Element Space, Kohei Fujimoto and Daniel J. Scheeres (Part III)


AAS 13-915 Development of Integrated Orbit and Attitude Hardware-In-The-LoopSimulator System for Satellite Formation Flying, Han-Earl Park,Sang-Young Park, Sung-Woo Kim and Chandeok Park (Part III)


AAS 13-917 New Research Methodology for Earth Periodic Coverage and Regularitiesin Parametric Localization of Optimal Low-Earth-Orbit SatelliteConstellations, Yury N. Razoumny (Part III)

3489

AAS 13-918 Coordinated Control of Autonomous Vehicles in Three-Dimensional RotatingFormations, D. Thakur and M. R. Akella (Part III)

AAS 13-919 Sliding Mode Control for Decentralized Spacecraft Formation Flying UsingGeometric Mechanics, Daero Lee, Eric A. Butcher and Amit K. Sanyal(Part III)

AAS 13-920 Optimal Collision Avoidance Maneuver for Fractionated Spacecraft WithinNetworked System, Ran Dai (Part III)

AAS 13-921 O3B Constellation Orbit Raising and Maintenance, Sébastien Herbinière,Joël Amalric, Alexandre Kaltenbach and Olivier Vadam (Part III)


AAS 13-923 Constrained Discrete-Time State-Dependent Riccati Equation Control forDecentralized Multi-Agent Systems, Insu Chang, Joseph Bentsman,Sang-Young Park and Chandeok Park (Part III)

AAS 13-924 Robust Global Optimization of Low-Thrust, Multiple-Flyby Trajectories,Donald H. Ellison, Jacob A. Englander and Bruce A. Conway (Part III)

AAS 13-925 Optimization of Preliminary Low-Thrust Trajectories From GEO-EnergyOrbits to Earth-Moon, L1, Lagrange Point Orbits Using Particle SwarmOptimization, Andrew J. Abraham, David B. Spencer and Terry J. Hart(Part III)

AAS 13-926 Minimum-Time Low-Earth Orbit to High-Earth Orbit Low-Thrust TrajectoryOptimization, Kathryn F. Schubert and Anil V. Rao (Part III)


AAS 13-928 Preliminary Sample Return Mission Design for Asteroid (216) Kleopatra,Frank E. Laipert, James M. Longuski and David A. Minton (Part III)

AAS 13-929 Utilizing Thrust Fourier Coefficients for Sequential Targeting in a JupiterOrbit Trajectory, Brian O. Asimba and Jennifer S. Hudson (Part III)


AAS 13-931 Solution of Optimal Continuous Low-Thrust Transfer Using Lie Transforms,M. Sanjurjo-Rivo, D. J. Scheeres, M. Lara and J. Peláez (Part III)



AAS 13-934 An Archetypal Mission for Exploration and Mitigation of PotentiallyHazardous Near Earth Asteroids, D. C. Hyland, H. A. Altwaijry, H. Kim,N. Satak and S. Ge (Part III)

AAS 13-935 Preparatory Study: Accessing Asteroids on Horseshoe Orbits,Guillaume Rivier, Jun’ichiro Kawaguchi and Jun Matsumoto (Part III)

AAS 13-936 Trajectory Design for the Exploration of Phobos and Deimos,Brent W. Barbee and Damon Landau (Part III)

AAS 13-937 Optimized Free-Return Trajectories to Near-Earth Asteroids Via LunarFlyby, Nicholas Bradley, Sonia Hernandez and Ryan P. Russell (Part III)

AAS 13-938 Trajectory Optimization for a Mission to the Trojan Asteroids,Shivaji S. Gadsing and Jennifer S. Hudson (Part III)

3490

AAS 13-939 Following Sungrazing Comets Exploration of a Mission Concept,Adam R. Shutts and Benjamin F. Villac (Part III)

AAS 13-940 Solar Sail Trajectory Design for Exploration of Asteroids from/to Space PortAround L2 Point, Taku Hamasaki and Jun’ichiro Kawaguchi (Part III)


AAS 13-942 Detection and Characterization of Near Earth Asteroids Using StellarOccultation, Haithem A. Altwaijry and David C. Hyland (Part III)

AAS 13-943 NEA Mitigation Via the Yarkovsky Effect, D. C. Hyland, H. A. Altwaijry,H. Kim, N. Satak and S. Ge (Part III)

AAS 13-944 to -999 Not Assigned

3491

AUTHOR INDEX*

Abraham, Andrew J.,AAS 13-925, Adv v150 III, pp3233-3252

Adjouadi, Malek,AAS 13-851, Adv v150 II, pp2211-2221

Adurthi, Nagavenkat,AAS 13-826, Adv v150 II, pp1841-1857

Akella, Maruthi R.,AAS 13-735, Adv v150 I, pp507-520AAS 13-838, Adv v150 II, pp2031-2043AAS 13-918, Adv v150 III, pp3137-3147

Alessi, E. M.,AAS 13-788, Adv v150 II, pp1251-1266

Alfriend, Kyle T.,AAS 13-706, Adv v150 I, pp75-92AAS 13-793, Adv v150 II, pp1317-1336

Altwaijry, Haithem A.,AAS 13-934, Adv v150 III, pp3307-3317AAS 13-942, Adv v150 III, pp3419-3435AAS 13-943, Adv v150 III, pp3437-3447

Amalric, Joël,AAS 13-921, Adv v150 III, pp3179-3190

Amzajerdian, Farzin,AAS 13-856, Adv v150 II, pp2275-2292

Anderson, Rodney L.,AAS 13-776, Adv v150 I, pp1113-1131AAS 13-787, Adv v150 II, pp1231-1250AAS 13-882, Adv v150 III, pp2677-2696

Andrian, Jean H.,AAS 13-851, Adv v150 II, pp2211-2221

Anthony, William,AAS 13-753, Adv v150 I, pp761-777

Antreasian, Peter J.,AAS 13-711, Adv v150 I, pp135-159

Aristoff, Jeffrey M.,AAS 13-705, Adv v150 I, pp55-74

Arnal Fort, Eric,AAS 13-813, Adv v150 II, pp1639-1656

Arora, Nitin,AAS 13-728, Adv v150 I, pp411-430AAS 13-901, Adv v150 III, pp2881-2897

Arrieta, Juan,AAS 13-717, Adv v150 I, pp223-242

Asimba, Brian O.,AAS 13-929, Adv v150 III, pp3281-3292

Augros, Philippe,AAS 13-733, Adv v150 I, pp477-496

Avendano, Martin E.,AAS 13-727, Adv v150 I, pp401-410

Axelrad, Penina,AAS 13-765, Adv v150 I, pp959-976

Ayoubi, Mohammad A.,AAS 13-756, Adv v150 I, pp793-812

Bailey, Erik S.,AAS 13-856, Adv v150 II, pp2275-2292

Balducci, Marc,AAS 13-870, Adv v150 III, pp2469-2487

Bando, Mai,AAS 13-799, Adv v150 II, pp1433-1446

Bang, Hyochoong,AAS 13-855, Adv v150 II, pp2263-2273

Barbee, Brent W.,AAS 13-808, Adv v150 II, pp1565-1584AAS 13-936, Adv v150 III, pp3333-3352

Barnes, Jeff,AAS 13-873, Adv v150 III, pp2525-2536

Barreto, Armando,AAS 13-851, Adv v150 II, pp2211-2221

Beaver, Brian A.,AAS 13-912, Adv v150 III, pp3061-3080

Bentsman, Joseph,AAS 13-923, Adv v150 III, pp3191-3210

Betti, Raimondo,AAS 13-771, Adv v150 I, pp1057-1076

Bhat, Ramachandra S.,AAS 13-711, Adv v150 I, pp135-159

* For each author the paper number is given. The page numbers refer to Volume 150, Parts I, II and III,Advances In the Astronautical Sciences .

3492

Binz, Christopher R.,AAS 13-822, Adv v150 II, pp1777-1792AAS 13-828, Adv v150 II, pp1873-1884

Bird, Duane E.,AAS 13-906, Adv v150 III, pp2977-2989

Bokelmann, Kevin A.,AAS 13-789, Adv v150 II, pp1267-1284AAS 13-899, Adv v150 III, pp2859-2878

Born, George H.,AAS 13-738, Adv v150 I, pp553-571AAS 13-776, Adv v150 I, pp1113-1131AAS 13-785, Adv v150 II, pp1195-1214AAS 13-831, Adv v150 II, pp1285-1301AAS 13-830, Adv v150 II, pp1899-1918AAS 13-886, Adv v150 III, pp2727-2742AAS 13-905, Adv v150 III, pp2957-2974

Bottacini, Massimiliano,AAS 13-733, Adv v150 I, pp477-496

Bourgoin, A.,AAS 13-788, Adv v150 II, pp1251-1266

Bowes, Angela L.,AAS 13-736, Adv v150 I, pp521-536

Bradley, Nicholas,AAS 13-937, Adv v150 III, pp3353-3369

Braun, Barbara Manganis,AAS 13-719, Adv v150 I, pp243-259

Brisby, Jake,AAS 13-802, Adv v150 II, pp1487-1506

Broschart, Stephen B.,AAS 13-815, Adv v150 II, pp1657-1673AAS 13-816, Adv v150 II, pp1675-1687

Brown, Abel,AAS 13-902, Adv v150 III, pp2899-2918

Burlacu, Adrian,AAS 13-857, Adv v150 II, pp2293-2312

Butcher, Eric A.,AAS 13-753, Adv v150 I, pp761-777AAS 13-831, Adv v150 II, pp1285-1301AAS 13-798, Adv v150 II, pp1413-1432AAS 13-820, Adv v150 II, pp1737-1755AAS 13-821, Adv v150 II, pp1757-1773AAS 13-837, Adv v150 II, pp2011-2030AAS 13-919, Adv v150 III, pp3149-3168

Campagnola, Stefano,AAS 13-787, Adv v150 II, pp1231-1250

Cansler, Ethan,AAS 13-802, Adv v150 II, pp1487-1506

Cantor, Bruce,AAS 13-873, Adv v150 III, pp2525-2536

Carpenter, J. Russell,AAS 13-713, Adv v150 I, pp181-200

Carrelli, David,AAS 13-736, Adv v150 I, pp521-536

Carrico, John P., Jr.,AAS 13-739, Adv v150 I, pp573-590

Carson, John M.,AAS 13-856, Adv v150 II, pp2275-2292

Carter, Thomas E.,AAS 13-751, Adv v150 I, pp735-747AAS 13-752, Adv v150 I, pp749-760

Castellini, Francesco,AAS 13-812, Adv v150 II, pp1619-1637

Caubet, Albert,AAS 13-749, Adv v150 I, pp705-722

Cefola, Paul J.,AAS 13-769, Adv v150 I, pp1027-1042

Cerven, William Todd,AAS 13-761, Adv v150 I, pp879-895AAS 13-768, Adv v150 I, pp1009-1026

Chan, Ken,AAS 13-849, Adv v150 II, pp2179-2198AAS 13-908, Adv v150 III, pp3011-3030

Chang, Insu,AAS 13-923, Adv v150 III, pp3191-3210

Chapelle, Adrien,AAS 13-733, Adv v150 I, pp477-496

Chavy, Siegfried,AAS 13-733, Adv v150 I, pp477-496

Chen, Allen,AAS 13-873, Adv v150 III, pp2525-2536

Chen, Tong,AAS 13-731, Adv v150 I, pp449-465

Cheng, Yang,AAS 13-770, Adv v150 I, pp1043-1054AAS 13-893, Adv v150 III, pp2811-2820

Chesi, Simone,AAS 13-876, Adv v150 III, pp2575-2594

Chujo, Toshihiro,AAS 13-759, Adv v150 I, pp843-857

Chung, Min-Kun J.,AAS 13-711, Adv v150 I, pp135-159AAS 13-712, Adv v150 I, pp161-179

Cianciolo, Alicia D.,AAS 13-736, Adv v150 I, pp521-536AAS 13-873, Adv v150 III, pp2525-2536

Cochran, John E., Jr.,AAS 13-848, Adv v150 II, pp2155-2178

3493

Condurache, Daniel,AAS 13-857, Adv v150 II, pp2293-2312

Conway, Bruce A.,AAS 13-924, Adv v150 III, pp3213-3232

Coppola, Vincent,AAS 13-825, Adv v150 II, pp1821-1840

Crassidis, John L.,AAS 13-893, Adv v150 III, pp2811-2820

Criddle, Kevin E.,AAS 13-711, Adv v150 I, pp135-159

Critz, Thomas,AAS 13-820, Adv v150 II, pp1737-1755

Dai, Ran,AAS 13-920, Adv v150 III, pp3169-3178

Daquin, Jerome,AAS 13-749, Adv v150 I, pp705-722AAS 13-788, Adv v150 II, pp1251-1266

Davis, Kathryn E.,AAS 13-831, Adv v150 II, pp1285-1301

de Dilectis, Francesco,AAS 13-778, Adv v150 I, pp1133-1148AAS 13-853, Adv v150 II, pp2245-2262

Deleflie, Florent,AAS 13-749, Adv v150 I, pp705-722AAS 13-788, Adv v150 II, pp1251-1266

Dell’Elce, Lamberto,AAS 13-747, Adv v150 I, pp687-704

DeMars, Kyle J.,AAS 13-704, Adv v150 I, pp35-54AAS 13-770, Adv v150 I, pp1043-1054

Demoret, Michael,AAS 13-902, Adv v150 III, pp2899-2918

Dietrich, Ann B.,AAS 13-886, Adv v150 III, pp2727-2742

Diz, Martin,AAS 13-859, Adv v150 II, pp2333-2340

Doostan, Alireza,AAS 13-720, Adv v150 I, pp261-280AAS 13-870, Adv v150 III, pp2469-2487

Douglass, Eric,AAS 13-794, Adv v150 II, pp1337-1356

D’Souza, Christopher,AAS 13-853, Adv v150 II, pp2245-2262

Eke, Fidelis O.,AAS 13-741, Adv v150 I, pp611-621AAS 13-742, Adv v150 I, pp623-638

Elgohary, Tarek A.,AAS 13-721, Adv v150 I, pp303-314AAS 13-784, Adv v150 II, pp1171-1194

Elipe, Antonio,AAS 13-726, Adv v150 I, pp389-399

Ellison, Donald H.,AAS 13-924, Adv v150 III, pp3213-3232

Englander, Jacob,AAS 13-808, Adv v150 II, pp1565-1584AAS 13-924, Adv v150 III, pp3213-3232

Espinoza, Adly L.,AAS 13-872, Adv v150 III, pp2511-2523

Feldhacker, Juliana,AAS 13-785, Adv v150 II, pp1195-1214

Ferrant, Kevin,AAS 13-785, Adv v150 II, pp1195-1214

Fiedler, Hauke,AAS 13-769, Adv v150 I, pp1027-1042

Filipe, Nuno,AAS 13-858, Adv v150 II, pp2313-2332

Finkleman, David,AAS 13-842, Adv v150 II, pp2081-2090

Finley, Tiffany,AAS 13-797, Adv v150 II, pp1397-1411

Fischbach, Ephraim,AAS 13-811, Adv v150 II, pp1605-1616

Fitz-Coy, Norman,AAS 13-840, Adv v150 II, pp2057-2066

Folta, David C.,AAS 13-782, Adv v150 II, pp1151-1170AAS 13-808, Adv v150 II, pp1565-1584

Fouchard, Marc,AAS 13-788, Adv v150 II, pp1251-1266

Fraysse, Hubert,AAS 13-749, Adv v150 I, pp705-722

Früh, Carolin,AAS 13-701, Adv v150 I, pp3-14AAS 13-770, Adv v150 I, pp1043-1054

Fu, Bo,AAS 13-742, Adv v150 I, pp623-638

Fujimoto, Kohei,AAS 13-707, Adv v150 I, pp93-112AAS 13-738, Adv v150 I, pp553-571AAS 13-764, Adv v150 I, pp933-958AAS 13-913, Adv v150 III, pp3081-3094

Furfaro, Roberto,AAS 13-818, Adv v150 II, pp1701-1716AAS 13-819, Adv v150 II, pp1717-1736AAS 13-860, Adv v150 II, pp2341-2354AAS 13-874, Adv v150 III, pp2537-2556AAS 13-875, Adv v150 III, pp2557-2574

Gadsing, Shivaji S.,AAS 13-938, Adv v150 III, pp3371-3378

3494

Gambal, Melissa H.,AAS 13-872, Adv v150 III, pp2511-2523

Gangestad, Joseph W.,AAS 13-810, Adv v150 II, pp1585-1604

Gao, Shan,AAS 13-887, Adv v150 III, pp2743-2762

Garth, Christoph,AAS 13-903, Adv v150 III, pp2919-2938

Gaudet, Brian,AAS 13-819, Adv v150 II, pp1717-1736AAS 13-874, Adv v150 III, pp2537-2556AAS 13-875, Adv v150 III, pp2557-2574

Ge, Shen,AAS 13-934, Adv v150 III, pp3307-3317AAS 13-943, Adv v150 III, pp3437-3447

Gehly, Steven,AAS 13-765, Adv v150 I, pp959-976

Glaser, Lila B.,AAS 13-829, Adv v150 II, pp1885-1898

Goh, Shu Ting,AAS 13-750, Adv v150 I, pp723-732

Gold, Kenn L.,AAS 13-830, Adv v150 II, pp1899-1918

Gong, Qi,AAS 13-876, Adv v150 III, pp2575-2594

Gonzalez-Oberdoerffer, Marcelo,AAS 13-861, Adv v150 II, pp2355-2374

Goodson, Troy D.,AAS 13-711, Adv v150 I, pp135-159

Grande-Olalla, Ignacio,AAS 13-910, Adv v150 III, pp3031-3050

Grebow, Daniel J.,AAS 13-815, Adv v150 II, pp1657-1673

Green, Matthew,AAS 13-802, Adv v150 II, pp1487-1506

Griesbach, Jacob D.,AAS 13-739, Adv v150 I, pp573-590

Guerrant, Daniel,AAS 13-743, Adv v150 I, pp639-658

Gui, HaiChao,AAS 13-760, Adv v150 I, pp859-876AAS 13-834, Adv v150 II, pp1959-1974AAS 13-894, Adv v150 III, pp2823-2828

Haapala, Amanda F.,AAS 13-782, Adv v150 II, pp1151-1170

Hahn, Yungsun,AAS 13-717, Adv v150 I, pp223-242

Hamasaki, Taku,AAS 13-940, Adv v150 III, pp3399-3417

Hametz, Mark E.,AAS 13-912, Adv v150 III, pp3061-3080

Hanada, Toshiya,AAS 13-850, Adv v150 II, pp2199-2209

Handzo, Ryan E.,AAS 13-830, Adv v150 II, pp1899-1918

Hansen, Brian W.,AAS 13-843, Adv v150 II, pp2091-2110AAS 13-844, Adv v150 II, pp2111-2128

Hart, Terry J.,AAS 13-925, Adv v150 III, pp3233-3252

Hatch, Sara J.,AAS 13-711, Adv v150 I, pp135-159

Hautesserres, D.,AAS 13-788, Adv v150 II, pp1251-1266

Hawes, Dean R.,AAS 13-739, Adv v150 I, pp573-590

Hayashi, Naohiro,AAS 13-839, Adv v150 II, pp2045-2055

He, Liang,AAS 13-755, Adv v150 I, pp779-789

Healy, Liam M.,AAS 13-822, Adv v150 II, pp1777-1792AAS 13-828, Adv v150 II, pp1873-1884

Heaton, Andrew,AAS 13-743, Adv v150 I, pp639-658

Heiligers, Jeannette,AAS 13-871, Adv v150 III, pp2489-2508

Hejduk, Matthew D.,AAS 13-912, Adv v150 III, pp3061-3080

Henning, Gregory A.,AAS 13-810, Adv v150 II, pp1585-1604

Herbinière, Sébastien,AAS 13-921, Adv v150 III, pp3179-3190

Herman, Jonathan F. C.,AAS 13-905, Adv v150 III, pp2957-2974

Hernandez, Sonia,AAS 13-735, Adv v150 I, pp507-520AAS 13-937, Adv v150 III, pp3353-3369

Hesar, Siamak,AAS 13-738, Adv v150 I, pp553-571

Higdon, David,AAS 13-878, Adv v150 III, pp2609-2622

Highsmith, Dolan E.,AAS 13-768, Adv v150 I, pp1009-1026

Hinagawa, Hideaki,AAS 13-850, Adv v150 II, pp2199-2209

Hindman, George W.,AAS 13-829, Adv v150 II, pp1885-1898

3495

Hintz, Gerald R.,AAS 13-786, Adv v150 II, pp1215-1229AAS 13-863, Adv v150 III, pp2393-2405

Hitzl, Donald L.,AAS 13-862, Adv v150 III, pp2377-2392

Holzinger, Marcus J.,AAS 13-707, Adv v150 I, pp93-112AAS 13-794, Adv v150 II, pp1337-1356

Hook, Robert B.,AAS 13-872, Adv v150 III, pp2511-2523

Hoots, Felix R.,AAS 13-843, Adv v150 II, pp2091-2110AAS 13-846, Adv v150 II, pp2143-2153

Horwood, Joshua T.,AAS 13-705, Adv v150 I, pp55-74

Hou, Jianwen,AAS 13-732, Adv v150 I, pp467-475AAS 13-755, Adv v150 I, pp779-789

Hou, XinBin,AAS 13-894, Adv v150 III, pp2823-2828

Hou, Yunyi,AAS 13-732, Adv v150 I, pp467-475AAS 13-755, Adv v150 I, pp779-789

Howell, Kathleen C.,AAS 13-782, Adv v150 II, pp1151-1170AAS 13-903, Adv v150 III, pp2919-2938

Huang, Xinghong,AAS 13-731, Adv v150 I, pp449-465AAS 13-745, Adv v150 I, pp659-672AAS 13-841, Adv v150 II, pp2067-2077

Hudson, Jennifer S.,AAS 13-890, Adv v150 III, pp2787-2796AAS 13-929, Adv v150 III, pp3281-3292AAS 13-938, Adv v150 III, pp3371-3378

Hughes, Kyle M.,AAS 13-805, Adv v150 II, pp1535-1554

Humi, Mayer,AAS 13-751, Adv v150 I, pp735-747AAS 13-752, Adv v150 I, pp749-760

Hyland, David C.,AAS 13-934, Adv v150 III, pp3307-3317AAS 13-942, Adv v150 III, pp3419-3435AAS 13-943, Adv v150 III, pp3437-3447

Ichikawa, Akira,AAS 13-799, Adv v150 II, pp1433-1446

Jagat, Ashish,AAS 13-740, Adv v150 I, pp591-608

Jah, Moriba,AAS 13-701, Adv v150 I, pp3-14AAS 13-704, Adv v150 I, pp35-54AAS 13-705, Adv v150 I, pp55-74AAS 13-708, Adv v150 I, pp113-132

Jaunzemis, Andris,AAS 13-794, Adv v150 II, pp1337-1356

Jefferson, David C.,AAS 13-711, Adv v150 I, pp135-159

Jin, Lei,AAS 13-834, Adv v150 II, pp1959-1974

Joffre, Eric,AAS 13-733, Adv v150 I, pp477-496

Johnson, Andrew E.,AAS 13-856, Adv v150 II, pp2275-2292

Jones, Brandon A.,AAS 13-713, Adv v150 I, pp181-200AAS 13-720, Adv v150 I, pp261-280AAS 13-765, Adv v150 I, pp959-976AAS 13-870, Adv v150 III, pp2469-2487AAS 13-905, Adv v150 III, pp2957-2974

Ju, Gwanghyeok,AAS 13-855, Adv v150 II, pp2263-2273

Junkins, John L.,AAS 13-854, Adv v150 I, pp281-299

Kaltenbach, Alexandre,AAS 13-921, Adv v150 III, pp3179-3190

Kangas, Julie A.,AAS 13-711, Adv v150 I, pp135-159

Karimi, Reza Raymond,AAS 13-823, Adv v150 II, pp1793-1809

Kass, David,AAS 13-873, Adv v150 III, pp2525-2536

Kawaguchi, Jun’ichiro,AAS 13-759, Adv v150 I, pp843-857AAS 13-817, Adv v150 II, pp1689-1699AAS 13-839, Adv v150 II, pp2045-2055AAS 13-935, Adv v150 III, pp3319-3332AAS 13-940, Adv v150 III, pp3399-3417

Kawauchi, Brian H.,AAS 13-758, Adv v150 I, pp831-842

Keenan, Donald,AAS 13-719, Adv v150 I, pp243-259

Kerschen, Gaetan,AAS 13-747, Adv v150 I, pp687-704

Khutorovsky, Zakhary N.,AAS 13-706, Adv v150 I, pp75-92

Kidd, John N., Jr.,AAS 13-818, Adv v150 II, pp1701-1716

3496

Kielbassa, Sabine,AAS 13-812, Adv v150 II, pp1619-1637

Kim, Donghoon,AAS 13-854, Adv v150 I, pp281-299AAS 13-724, Adv v150 I, pp353-368

Kim, Hyerim,AAS 13-934, Adv v150 III, pp3307-3317AAS 13-943, Adv v150 III, pp3437-3447

Kim, Sung-Woo,AAS 13-915, Adv v150 III, pp3097-3116

Kim, Youngkwang,AAS 13-795, Adv v150 II, pp1357-1375

Kinsey, Robert J.,AAS 13-758, Adv v150 I, pp831-842

Koller, Josef,AAS 13-746, Adv v150 I, pp675-686AAS 13-824, Adv v150 II, pp1811-1820AAS 13-878, Adv v150 III, pp2609-2622

Kolmanovsky, Ilya V.,AAS 13-890, Adv v150 III, pp2787-2796

Kreitzman, Jordan,AAS 13-802, Adv v150 II, pp1487-1506

Kuga, Helio K.,AAS 13-772, Adv v150 I, pp1077-1092

Kwon, Jae-wook,AAS 13-855, Adv v150 II, pp2263-2273

Lai, Peter C.,AAS 13-758, Adv v150 I, pp831-842

Laipert, Frank E.,AAS 13-928, Adv v150 III, pp3273-3280

Landau, Damon F.,AAS 13-801, Adv v150 II, pp1469-1485AAS 13-936, Adv v150 III, pp3333-3352

Lantoine, Gregory,AAS 13-787, Adv v150 II, pp1231-1250AAS 13-815, Adv v150 II, pp1657-1673AAS 13-899, Adv v150 III, pp2859-2878

Lara, Martin,AAS 13-722, Adv v150 I, pp315-331AAS 13-757, Adv v150 I, pp813-829AAS 13-769, Adv v150 I, pp1027-1042AAS 13-931, Adv v150 III, pp3293-3304

Larsen, Annie,AAS 13-753, Adv v150 I, pp761-777

Lau, Eunice L.,AAS 13-711, Adv v150 I, pp135-159

Lau, Zi Rui,AAS 13-750, Adv v150 I, pp723-732

Lawrence, Dale,AAS 13-743, Adv v150 I, pp639-658

Lawrence, Earl,AAS 13-878, Adv v150 III, pp2609-2622

Lee, Austin S.,AAS 13-758, Adv v150 I, pp831-842

Lee, Bong Un,AAS 13-855, Adv v150 II, pp2263-2273

Lee, Daero,AAS 13-821, Adv v150 II, pp1757-1773AAS 13-919, Adv v150 III, pp3149-3168

Lee, Sanghyun,AAS 13-729, Adv v150 I, pp431-446

Lee, Unsik,AAS 13-836, Adv v150 II, pp1995-2010

Leonard, Jason M.,AAS 13-738, Adv v150 I, pp553-571AAS 13-776, Adv v150 I, pp1113-1131

Li, WeiZheng,AAS 13-715, Adv v150 I, pp201-208

Li, Wenlong,AAS 13-732, Adv v150 I, pp467-475AAS 13-897, Adv v150 III, pp2849-2858

Lin, Tzu Yu,AAS 13-808, Adv v150 II, pp1565-1584

Linares, Richard,AAS 13-824, Adv v150 II, pp1811-1820AAS 13-878, Adv v150 III, pp2609-2622

Liu, Decheng,AAS 13-887, Adv v150 III, pp2743-2762

Liu, Fucheng,AAS 13-755, Adv v150 I, pp779-789

Llanos, Pedro J.,AAS 13-786, Adv v150 II, pp1215-1229AAS 13-863, Adv v150 III, pp2393-2405

Lo, Martin W.,AAS 13-786, Adv v150 II, pp1215-1229

Locke, Travis,AAS 13-827, Adv v150 II, pp1859-1871

Longman, Richard W.,AAS 13-771, Adv v150 I, pp1057-1076AAS 13-832, Adv v150 II, pp1921-1939AAS 13-833, Adv v150 II, pp1941-1958

3497

Longuski, James M.,AAS 13-801, Adv v150 II, pp1469-1485AAS 13-805, Adv v150 II, pp1535-1554AAS 13-807, Adv v150 II, pp1555-1563AAS 13-811, Adv v150 II, pp1605-1616AAS 13-852, Adv v150 II, pp2225-2243AAS 13-879, Adv v150 III, pp2623-2636AAS 13-880, Adv v150 III, pp2637-2654AAS 13-881, Adv v150 III, pp2655-2673AAS 13-896, Adv v150 III, pp2829-2848AAS 13-928, Adv v150 III, pp3273-3280

López-Ochoa, Luis M.,AAS 13-722, Adv v150 I, pp315-331

Lovell, Thomas Alan,AAS 13-740, Adv v150 I, pp591-608AAS 13-796, Adv v150 II, pp1377-1395AAS 13-800, Adv v150 II, pp1447-1465

Low, Kay Soon,AAS 13-750, Adv v150 I, pp723-732

Lubey, Daniel P.,AAS 13-702, Adv v150 I, pp15-34

Lynam, Alfred,AAS 13-803, Adv v150 II, pp1507-1518AAS 13-804, Adv v150 II, pp1519-1534

Lyne, James Evans,AAS 13-802, Adv v150 II, pp1487-1506

Ma, Guangfu,AAS 13-732, Adv v150 I, pp467-475

Madankan, Reza,AAS 13-869, Adv v150 III, pp2457-2468

Maddock, Robert W.,AAS 13-736, Adv v150 I, pp521-536

Majji, Manoranjan,AAS 13-835, Adv v150 II, pp1975-1994AAS 13-859, Adv v150 II, pp2333-2340AAS 13-869, Adv v150 III, pp2457-2468AAS 13-884, Adv v150 III, pp2697-2710

Markin, Robert E.,AAS 13-907, Adv v150 III, pp2991-3009

Martin, Kaela M.,AAS 13-852, Adv v150 II, pp2225-2243

Mathur, Ravishankar,AAS 13-723, Adv v150 I, pp333-352AAS 13-861, Adv v150 II, pp2355-2374

Matsumoto, Jun,AAS 13-935, Adv v150 III, pp3319-3332

Mattern, Daniel J.,AAS 13-713, Adv v150 I, pp181-200

Mazmanyan, Lilit,AAS 13-756, Adv v150 I, pp793-812

McCall, Paul D.,AAS 13-851, Adv v150 II, pp2211-2221

McElrath, Timothy P.,AAS 13-882, Adv v150 III, pp2677-2696

McGranaghan, Ryan M.,AAS 13-738, Adv v150 I, pp553-571

McGreevy, John,AAS 13-884, Adv v150 III, pp2697-2710

McInnes, Colin R.,AAS 13-871, Adv v150 III, pp2489-2508

McKennon-Kelly, Ryan E. G.,AAS 13-846, Adv v150 II, pp2143-2153

McLaughlin, Craig A.,AAS 13-827, Adv v150 II, pp1859-1871

McMahon, Jay W.,AAS 13-763, Adv v150 I, pp917-931AAS 13-774, Adv v150 I, pp1093-1112AAS 13-794, Adv v150 II, pp1337-1356AAS 13-865, Adv v150 III, pp2427-2442

McNeil, Justin F.,AAS 13-758, Adv v150 I, pp831-842

McVey, John P.,AAS 13-907, Adv v150 III, pp2991-3009

Mehta, Piyush M.,AAS 13-746, Adv v150 I, pp675-686AAS 13-878, Adv v150 III, pp2609-2622

Melton, Robert G.,AAS 13-888, Adv v150 III, pp2765-2776

Meng, Qiao,AAS 13-715, Adv v150 I, pp201-208

Meng, Zhanfeng,AAS 13-887, Adv v150 III, pp2743-2762

Mercurio, Michael,AAS 13-869, Adv v150 III, pp2457-2468AAS 13-911, Adv v150 III, pp3051-3060

Merz, Klaus,AAS 13-910, Adv v150 III, pp3031-3050

Mesbahi, Afshin,AAS 13-798, Adv v150 II, pp1413-1432

Mesbahi, Mehran,AAS 13-836, Adv v150 II, pp1995-2010

Miller, James K.,AAS 13-786, Adv v150 II, pp1215-1229AAS 13-863, Adv v150 III, pp2393-2405

Mimasu, Yuya,AAS 13-839, Adv v150 II, pp2045-2055

Minton, David A.,AAS 13-928, Adv v150 III, pp3273-3280

3498

Mischna, Michael,AAS 13-873, Adv v150 III, pp2525-2536

Misra, Arun K.,AAS 13-864, Adv v150 III, pp2407-2426

Mizumori, Tsukasa,AAS 13-817, Adv v150 II, pp1689-1699

Mondelo, Josep Maria,AAS 13-813, Adv v150 II, pp1639-1656

Mongrard, Olivier,AAS 13-733, Adv v150 I, pp477-496

Montenbruck, Oliver,AAS 13-769, Adv v150 I, pp1027-1042

Moore, James W.,AAS 13-805, Adv v150 II, pp1535-1554

Moraes, Rodolpho V.,AAS 13-772, Adv v150 I, pp1077-1092

Morand, Vincent,AAS 13-749, Adv v150 I, pp705-722AAS 13-788, Adv v150 II, pp1251-1266

Mortari, Daniele,AAS 13-724, Adv v150 I, pp353-368AAS 13-726, Adv v150 I, pp389-399AAS 13-727, Adv v150 I, pp401-410AAS 13-729, Adv v150 I, pp431-446AAS 13-823, Adv v150 II, pp1793-1809AAS 13-853, Adv v150 II, pp2245-2262

Moyer, Eamonn,AAS 13-835, Adv v150 II, pp1975-1994

Mueterthies, Michael J.,AAS 13-896, Adv v150 III, pp2829-2848

Mysore Krishna, Dhaval,AAS 13-827, Adv v150 II, pp1859-1871

Nakhjiri, Navid,AAS 13-904, Adv v150 III, pp2939-2956

Narita, Shin-ichiro,AAS 13-817, Adv v150 II, pp1689-1699

Naudeau, Madeleine L.,AAS 13-851, Adv v150 II, pp2211-2221

Nave, Kyle,AAS 13-797, Adv v150 II, pp1397-1411

Nazari, Morad,AAS 13-798, Adv v150 II, pp1413-1432AAS 13-820, Adv v150 II, pp1737-1755

Newman, Lauri K.,AAS 13-912, Adv v150 III, pp3061-3080

Ohtsuka, Yuki,AAS 13-791, Adv v150 II, pp1305-1315

O’Keefe, Stephen A.,AAS 13-889, Adv v150 III, pp2777-2786AAS 13-891, Adv v150 III, pp2797-2810

Oliveira, Thais,AAS 13-864, Adv v150 III, pp2407-2426

Ollivierre, Jarmaine C.,AAS 13-912, Adv v150 III, pp3061-3080

Ono, Go,AAS 13-839, Adv v150 II, pp2045-2055

O’Shaughnessy, Daniel,AAS 13-736, Adv v150 I, pp521-536

Ottenstein, Neil A.,AAS 13-713, Adv v150 I, pp181-200

Panomruttanarug, Benjamas,AAS 13-832, Adv v150 II, pp1921-1939

Pardal, Paula C. P. M.,AAS 13-772, Adv v150 I, pp1077-1092

Pardo de Santayana, Ramon,AAS 13-812, Adv v150 II, pp1619-1637

Park, Chandeok,AAS 13-795, Adv v150 II, pp1357-1375AAS 13-915, Adv v150 III, pp3097-3116AAS 13-923, Adv v150 III, pp3191-3210

Park, Han-Earl,AAS 13-915, Adv v150 III, pp3097-3116

Park, Inkwan,AAS 13-764, Adv v150 I, pp933-958

Park, Sang-Young,AAS 13-795, Adv v150 II, pp1357-1375AAS 13-915, Adv v150 III, pp3097-3116AAS 13-923, Adv v150 III, pp3191-3210

Parker, Jeffrey S.,AAS 13-738, Adv v150 I, pp553-571AAS 13-753, Adv v150 I, pp761-777AAS 13-776, Adv v150 I, pp1113-1131AAS 13-785, Adv v150 II, pp1195-1214AAS 13-830, Adv v150 II, pp1899-1918AAS 13-882, Adv v150 III, pp2677-2696AAS 13-886, Adv v150 III, pp2727-2742AAS 13-905, Adv v150 III, pp2957-2974

Parrish, Nathan,AAS 13-720, Adv v150 I, pp261-280AAS 13-831, Adv v150 II, pp1285-1301

Patankar, Kunal,AAS 13-840, Adv v150 II, pp2057-2066

Patra, Abani,AAS 13-911, Adv v150 III, pp3051-3060

Pavlak, Thomas A.,AAS 13-782, Adv v150 II, pp1151-1170

3499

Peláez, Jesus,AAS 13-931, Adv v150 III, pp3293-3304

Pellegrini, Etienne,AAS 13-725, Adv v150 I, pp369-388

Persinger, Randy,AAS 13-810, Adv v150 II, pp1585-1604

Peterson, Glenn E.,AAS 13-845, Adv v150 II, pp2129-2142AAS 13-907, Adv v150 III, pp2991-3009

Pfeffer, Avi,AAS 13-708, Adv v150 I, pp113-132

Phan, Minh,AAS 13-771, Adv v150 I, pp1057-1076

Plakalovic, Dragan,AAS 13-912, Adv v150 III, pp3061-3080

Poore, Aubrey B.,AAS 13-705, Adv v150 I, pp55-74

Powell, Richard W.,AAS 13-736, Adv v150 I, pp521-536

Prado, Antonio F. B. A.,AAS 13-864, Adv v150 III, pp2407-2426

Prasitmeeboon, Pitcha, Adv v150 I,AAS 13-833, Adv v150 II, pp1941-1958

Prince, Jill L.,AAS 13-736, Adv v150 I, pp521-536

Pulido, Juan Antonio,AAS 13-910, Adv v150 III, pp3031-3050

Rafkin, Scot,AAS 13-873, Adv v150 III, pp2525-2536

Rand, David,AAS 13-902, Adv v150 III, pp2899-2918

Rao, Anil V.,AAS 13-926, Adv v150 III, pp3253-3272

Razoumny, Yury,AAS 13-917, Adv v150 III, pp3117-3136

Redfern, Jillian,AAS 13-797, Adv v150 II, pp1397-1411

Reynaud, Stéphane,AAS 13-733, Adv v150 I, pp477-496

Rhoads, Jeffrey F.,AAS 13-879, Adv v150 III, pp2623-2636

Ricker, George R.,AAS 13-810, Adv v150 II, pp1585-1604

Ringler, Stephen C.,AAS 13-758, Adv v150 I, pp831-842

Rishe, Naphtali,AAS 13-851, Adv v150 II, pp2211-2221

Rivier, Guillaume,AAS 13-935, Adv v150 III, pp3319-3332

Roback, Vincent E.,AAS 13-856, Adv v150 II, pp2275-2292

Rocco, Evandro M.,AAS 13-864, Adv v150 III, pp2407-2426

Rogers, Blake A.,AAS 13-807, Adv v150 II, pp1555-1563AAS 13-811, Adv v150 II, pp1605-1616

Romano, Marcello,AAS 13-876, Adv v150 III, pp2575-2594

Roncoli, Ralph B.,AAS 13-711, Adv v150 I, pp135-159

Roscoe, Christopher W. T.,AAS 13-739, Adv v150 I, pp573-590AAS 13-767, Adv v150 I, pp989-1008

Rose, Debi,AAS 13-797, Adv v150 II, pp1397-1411

Rose, Randy,AAS 13-797, Adv v150 II, pp1397-1411

Rosengren, Aaron J.,AAS 13-865, Adv v150 III, pp2427-2442

Rossi, A.,AAS 13-788, Adv v150 II, pp1251-1266

Ruf, Chris,AAS 13-797, Adv v150 II, pp1397-1411

Russell, Ryan P.,AAS 13-725, Adv v150 I, pp369-388AAS 13-728, Adv v150 I, pp411-430AAS 13-789, Adv v150 II, pp1267-1284AAS 13-899, Adv v150 III, pp2859-2878AAS 13-901, Adv v150 III, pp2881-2897AAS 13-937, Adv v150 III, pp3353-3369

Ryne, Mark S.,AAS 13-711, Adv v150 I, pp135-159

Saikia, Sarag J.,AAS 13-879, Adv v150 III, pp2623-2636AAS 13-880, Adv v150 III, pp2637-2654AAS 13-881, Adv v150 III, pp2655-2673

Samaan, Malak A.,AAS 13-877, Adv v150 III, pp2595-2608

Samiei, Ehsan,AAS 13-837, Adv v150 II, pp2011-2030

Samotokhin, Alexander S.,AAS 13-706, Adv v150 I, pp75-92

Sanchez-Ortiz, Noelia,AAS 13-910, Adv v150 III, pp3031-3050

San-Juan Juan F.,AAS 13-722, Adv v150 I, pp315-331

3500

Sanjurjo-Rivo, Manuel,AAS 13-931, Adv v150 III, pp3293-3304

Sanyal, Amit K.,AAS 13-821, Adv v150 II, pp1757-1773AAS 13-919, Adv v150 III, pp3149-3168

Satak, Neha,AAS 13-934, Adv v150 III, pp3307-3317AAS 13-943, Adv v150 III, pp3437-3447

Schaub, Hanspeter,AAS 13-889, Adv v150 III, pp2777-2786AAS 13-891, Adv v150 III, pp2797-2810

Scheeres, Daniel J.,AAS 13-702, Adv v150 I, pp15-34AAS 13-737, Adv v150 I, pp537-551AAS 13-763, Adv v150 I, pp917-931AAS 13-764, Adv v150 I, pp933-958AAS 13-774, Adv v150 I, pp1093-1112AAS 13-820, Adv v150 II, pp1737-1755AAS 13-821, Adv v150 II, pp1757-1773AAS 13-865, Adv v150 III, pp2427-2442AAS 13-913, Adv v150 III, pp3081-3094AAS 13-931, Adv v150 III, pp3293-3304

Schlei, Wayne R.,AAS 13-903, Adv v150 III, pp2919-2938

Schubert, Kathryn F.,AAS 13-926, Adv v150 III, pp3253-3272

Schumacher, Paul W., Jr.,AAS 13-708, Adv v150 I, pp113-132AAS 13-767, Adv v150 I, pp989-1008

Setty, Srinivas J.,AAS 13-769, Adv v150 I, pp1027-1042

Sheaff, Carolyn,AAS 13-705, Adv v150 I, pp55-74

Sherrill, Ryan E.,AAS 13-740, Adv v150 I, pp591-608AAS 13-796, Adv v150 II, pp1377-1395AAS 13-800, Adv v150 II, pp1447-1465

Shi, Peng,AAS 13-732, Adv v150 I, pp467-475AAS 13-897, Adv v150 III, pp2849-2858

Shoemaker, Michael A.,AAS 13-824, Adv v150 II, pp1811-1820

Shutts, Adam R.,AAS 13-939, Adv v150 III, pp3379-3398

Simo, Jules,AAS 13-860, Adv v150 II, pp2341-2354AAS 13-875, Adv v150 III, pp2557-2574

Sinclair, Andrew J.,AAS 13-740, Adv v150 I, pp591-608AAS 13-796, Adv v150 II, pp1377-1395AAS 13-800, Adv v150 II, pp1447-1465

Singh, Navraj,AAS 13-705, Adv v150 I, pp55-74

Singla, Puneet,AAS 13-766, Adv v150 I, pp977-988AAS 13-826, Adv v150 II, pp1841-1857AAS 13-869, Adv v150 III, pp2457-2468AAS 13-911, Adv v150 III, pp3051-3060

Sinha, S. C.,AAS 13-796, Adv v150 II, pp1377-1395AAS 13-800, Adv v150 II, pp1447-1465

Sorge, Marlon E.,AAS 13-844, Adv v150 II, pp2111-2128AAS 13-907, Adv v150 III, pp2991-3009

Spencer, David B.,AAS 13-925, Adv v150 III, pp3233-3252

Sperber, Evan,AAS 13-741, Adv v150 I, pp611-621

Srikant, S.,AAS 13-838, Adv v150 II, pp2031-2043

Stewart, Charles W.,AAS 13-802, Adv v150 II, pp1487-1506

Strange, Nathan J.,AAS 13-801, Adv v150 II, pp1469-1485

Stumpf, Paul W.,AAS 13-717, Adv v150 I, pp223-242

Surovik, David A.,AAS 13-737, Adv v150 I, pp537-551

Sweetser, Theodore H.,AAS 13-711, Adv v150 I, pp135-159AAS 13-867, Adv v150 III, pp2443-2455AAS 13-882, Adv v150 III, pp2677-2696

Tanygin, Sergei,AAS 13-762, Adv v150 I, pp897-916

Teramoto, Yuki,AAS 13-817, Adv v150 II, pp1689-1699

Thakur, Divya,AAS 13-838, Adv v150 II, pp2031-2043AAS 13-918, Adv v150 III, pp3137-3147

Theil, Stephan,AAS 13-877, Adv v150 III, pp2595-2608

Thompson, Roger C.,AAS 13-907, Adv v150 III, pp2991-3009AAS 13-912, Adv v150 III, pp3061-3080

Tian, Yang,AAS 13-893, Adv v150 III, pp2811-2820

Tichy, Jason,AAS 13-902, Adv v150 III, pp2899-2918

Tolson, Robert,AAS 13-736, Adv v150 I, pp521-536

3501

Trawny, Nikolas,AAS 13-856, Adv v150 II, pp2275-2292

Tricoche, Xavier M.,AAS 13-903, Adv v150 III, pp2919-2938

Truong, David,AAS 13-859, Adv v150 II, pp2333-2340

Tsiotras, Panagiotis,AAS 13-858, Adv v150 II, pp2313-2332

Tsuda, Yuichi,AAS 13-759, Adv v150 I, pp843-857

Turner, James D.,AAS 13-854, Adv v150 I, pp281-299AAS 13-721, Adv v150 I, pp303-314AAS 13-784, Adv v150 II, pp1171-1194

Tyler, Daniel, Jr.,AAS 13-873, Adv v150 III, pp2525-2536

Uchiyama, Kenji,AAS 13-791, Adv v150 II, pp1305-1315

Vadali, Srinivas R.,AAS 13-793, Adv v150 II, pp1317-1336

Vadam, Olivier,AAS 13-921, Adv v150 III, pp3179-3190

Valerino, Powtawche N.,AAS 13-717, Adv v150 I, pp223-242

Vaquero, Mar,AAS 13-782, Adv v150 II, pp1151-1170

Vasavada, Ashwin R.,AAS 13-873, Adv v150 III, pp2525-2536

Vaughn, Frank,AAS 13-808, Adv v150 II, pp1565-1584

Vaughn, Jason A.,AAS 13-896, Adv v150 III, pp2829-2848

Vicario, Francesco,AAS 13-771, Adv v150 I, pp1057-1076

Vienne, Alain,AAS 13-788, Adv v150 II, pp1251-1266

Villac, Benjamin F.,AAS 13-813, Adv v150 II, pp1639-1656AAS 13-885, Adv v150 III, pp2711-2725AAS 13-904, Adv v150 III, pp2939-2956AAS 13-939, Adv v150 III, pp3379-3398

Vincent, Mark A.,AAS 13-867, Adv v150 III, pp2443-2455

Vishwajeet, Kumar,AAS 13-766, Adv v150 I, pp977-988

Vittaldev, Vivek,AAS 13-725, Adv v150 I, pp369-388AAS 13-901, Adv v150 III, pp2881-2897

Wagner, Sean V.,AAS 13-717, Adv v150 I, pp223-242

Walker, Andrew C.,AAS 13-746, Adv v150 I, pp675-686AAS 13-878, Adv v150 III, pp2609-2622

Wallace, Mark S.,AAS 13-816, Adv v150 II, pp1675-1687

Walsh, Thomas B.,AAS 13-848, Adv v150 II, pp2155-2178

Wan, Hsuan-chen,AAS 13-885, Adv v150 III, pp2711-2725

Wang, Kai,AAS 13-731, Adv v150 I, pp449-465

Wang, Yue,AAS 13-760, Adv v150 I, pp859-876

Wang, Zhong-Sheng,AAS 13-872, Adv v150 III, pp2511-2523AAS 13-887, Adv v150 III, pp2743-2762

Wauson, Robert,AAS 13-820, Adv v150 II, pp1737-1755

Wawrzyniak, Geoffrey G.,AAS 13-713, Adv v150 I, pp181-200

Wells, William,AAS 13-797, Adv v150 II, pp1397-1411

Wen, Hui Ying,AAS 13-711, Adv v150 I, pp135-159

Werner, Michael S.,AAS 13-720, Adv v150 I, pp261-280

Werner, Robert A.,AAS 13-856, Adv v150 II, pp2275-2292

West, Matt,AAS 13-716, Adv v150 I, pp209-221

Westphal, Jason J.,AAS 13-739, Adv v150 I, pp573-590

White, Joseph P.,AAS 13-736, Adv v150 I, pp521-536

Wibben, Daniel R.,AAS 13-818, Adv v150 II, pp1701-1716AAS 13-860, Adv v150 II, pp2341-2354AAS 13-875, Adv v150 III, pp2557-2574

Wilkins, Matthew P.,AAS 13-708, Adv v150 I, pp113-132AAS 13-767, Adv v150 I, pp989-1008

Williams, Trevor W.,AAS 13-713, Adv v150 I, pp181-200

Wohlberg, Brendt,AAS 13-824, Adv v150 II, pp1811-1820

Wokes, David,AAS 13-812, Adv v150 II, pp1619-1637

3502

Wong, Mau C.,AAS 13-711, Adv v150 I, pp135-159AAS 13-717, Adv v150 I, pp223-242

Woodburn, James W.,AAS 13-825, Adv v150 II, pp1821-1840

Woods, Lael F.,AAS 13-768, Adv v150 I, pp1009-1026

Worthy, Johnny L., III,AAS 13-707, Adv v150 I, pp93-112

Xu, Shijie,AAS 13-731, Adv v150 I, pp449-465AAS 13-745, Adv v150 I, pp659-672AAS 13-760, Adv v150 I, pp859-876AAS 13-834, Adv v150 II, pp1959-1974AAS 13-841, Adv v150 II, pp2067-2077

Yan, Hui,AAS 13-793, Adv v150 II, pp1317-1336

You, Tung-Han,AAS 13-711, Adv v150 I, pp135-159

Young, Brian T.,AAS 13-711, Adv v150 I, pp135-159

Zanetti, Renato,AAS 13-734, Adv v150 I, pp497-505AAS 13-778, Adv v150 I, pp1133-1148

Zanon, Darren,AAS 13-861, Adv v150 II, pp2355-2374

Zele, Frank,AAS 13-862, Adv v150 III, pp2377-2392

Zhao, Yushan,AAS 13-897, Adv v150 III, pp2849-2858

Zhou, Jie,AAS 13-755, Adv v150 I, pp779-789

Zhou, Lu,AAS 13-894, Adv v150 III, pp2823-2828

Zorn, Alan,AAS 13-716, Adv v150 I, pp209-221

IndicesIndex to all American Astronautical Society Papers and Articles 1954-1992Numerical IndexAuthor Index

/ColorImageDict > /JPEG2000ColorACSImageDict > /JPEG2000ColorImageDict > /AntiAliasGrayImages false /CropGrayImages true /GrayImageMinResolution 300 /GrayImageMinResolutionPolicy /OK /DownsampleGrayImages false /GrayImageDownsampleType /Bicubic /GrayImageResolution 2400 /GrayImageDepth -1 /GrayImageMinDownsampleDepth 2 /GrayImageDownsampleThreshold 1.50000 /EncodeGrayImages false /GrayImageFilter /DCTEncode /AutoFilterGrayImages true /GrayImageAutoFilterStrategy /JPEG /GrayACSImageDict > /GrayImageDict > /JPEG2000GrayACSImageDict > /JPEG2000GrayImageDict > /AntiAliasMonoImages false /CropMonoImages true /MonoImageMinResolution 1200 /MonoImageMinResolutionPolicy /OK /DownsampleMonoImages false /MonoImageDownsampleType /Bicubic /MonoImageResolution 2400 /MonoImageDepth -1 /MonoImageDownsampleThreshold 1.50000 /EncodeMonoImages false /MonoImageFilter /CCITTFaxEncode /MonoImageDict > /AllowPSXObjects false /CheckCompliance [ /None ] /PDFX1aCheck false /PDFX3Check false /PDFXCompliantPDFOnly false /PDFXNoTrimBoxError true /PDFXTrimBoxToMediaBoxOffset [ 0.00000 0.00000 0.00000 0.00000 ] /PDFXSetBleedBoxToMediaBox true /PDFXBleedBoxToTrimBoxOffset [ 0.00000 0.00000 0.00000 0.00000 ] /PDFXOutputIntentProfile (None) /PDFXOutputConditionIdentifier () /PDFXOutputCondition () /PDFXRegistryName () /PDFXTrapped /False

/CreateJDFFile false /Description > /Namespace [ (Adobe) (Common) (1.0) ] /OtherNamespaces [ > /FormElements false /GenerateStructure false /IncludeBookmarks false /IncludeHyperlinks false /IncludeInteractive false /IncludeLayers false /IncludeProfiles false /MultimediaHandling /UseObjectSettings /Namespace [ (Adobe) (CreativeSuite) (2.0) ] /PDFXOutputIntentProfileSelector /DocumentCMYK /PreserveEditing true /UntaggedCMYKHandling /LeaveUntagged /UntaggedRGBHandling /UseDocumentProfile /UseDocumentBleed false >> ]>> setdistillerparams> setpagedevice

index [] 150 advances/publisher...sean v. wagner, juan arrieta, yungsun hahn, paul w. stumpf,...

Documents