|
622 |
Matt |
Benjamin |
A Year in Review: Accomplishments of the LUNAR team |
|
534 |
Abhirup |
Datta |
Dark Ages Radio Explorer – Field Tests of a Prototype Instrument |
|
563 |
Steven |
Furlanetto |
Toward a Physical Understanding of the First Galaxies |
|
500 |
Geraint |
Harker |
A flexible, Monte Carlo approach to modelling data from DARE and its ground-based prototype |
|
498 |
Dayton |
Jones |
Inflate-While-Falling Concept for Lunar Low Frequency Antennas |
|
519 |
Laura |
Kruger |
Materials Testing for a Lunar Radio Telescope with the LUNAR Simulant Thermal-Vacuum Chamber |
|
649 |
Hamdi |
Mani |
Deployment of DARE Prototype Instrument to Western Australia |
|
544 |
Richard |
Miller |
The Lunar Occultation Observer and Nuclear Astrophysics from the Moon |
|
599 |
Kenneth |
Stewart |
Field Tests and Numerical Simulations of Lunar Polyimide Film Antennas |
|
617 |
Juan |
Agui |
Lunar Excavation Experiments in Simulant Soil Test Beds—Revisiting the Surveyor Geotechnical Data |
|
610 |
Michael |
Collier |
The Lunar Dust Pendulum |
|
549 |
Adrienne |
Dove |
Experimental investigations of the lunar near-surface photoelectron plasma environment |
|
582 |
Michelle |
Egeolu |
Comparison of COUPi and CRREL DEM Models of a Triaxial Test of Granular Material |
|
608 |
Emily |
Foote |
LRO Diviner and Laboratory Solar Reflectance measurements of Apollo Soils |
|
510 |
Minsup |
Jung |
Mean-Particle-Size Map of the Lunar Regolith |
|
550 |
Anton |
Kulchitsky |
Cone Penetrometry Test in Lunar Simulant JSC-1A Simulation with COUPi DEM Model and Experimental Validation |
|
645 |
David |
Loftus |
Biological Response to Lunar Dust Depends on Chemical Reactivity |
|
542 |
Claire |
Ricketts |
Laboratory Studies of the effect of Gases on Activated Lunar Simulant |
|
530 |
Anthony |
Shu |
Cratering Studies in Thin Plastic Films |
|
517 |
Zoltan |
Sternovsky |
Lunar Dust EXperiment (LDEX) on LADEE |
|
535 |
Jamey |
Szalay |
Modeling Dust Clouds on the Moon |
|
637 |
Jaclyn |
Allen |
Lunar Thin Sections for Undergraduate and Graduate Studies |
|
611 |
Quinn |
Balazs |
Three Lava Flows in Orientale Basin |
|
523 |
Douglas |
Duncan |
"Max Goes to the Moon" Planetarium program for grades 1-5 |
|
655 |
Janice |
Harvey |
Hawaii's Journey Through the Universe |
|
609 |
Mohammad |
Hossain |
Analysis of Wrinkle Ridges to Determine Distribution and Depth of Blind Thrust Faults in Mare Imbrium |
|
578 |
Brooke |
Hsu |
Bringing Cutting Edge Lunar Science to the Masses via International Observe the Moon Night |
|
586 |
Andrea |
Jones |
Lunar Workshop for Educators: Year 3 Mid-Summer Report and Lessons Learned |
|
615 |
Nolan |
Peard |
Comparing the Geology and Petrology of the Apollo 17 Landing Site with Moon Mineralogy Mapper Spectroscopy |
|
585 |
Cassandra |
Runyon |
ENGAGING STUDENTS: EXPLORING THE MOON THROUGH DYNAMIC INTERACTIVE WHITEBOARD LESSONS |
|
614 |
Michael |
Collier |
ROSAT Observations of Solar Wind Charge Exchange with the Lunar Exosphere |
|
603 |
Thomas |
Morgan |
A Small, Remotely Operated, Coronagraph located at Small Observatory to obtain Frequent Low-cost Remote Observations of the Lunar Exosphere |
|
642 |
Ronald |
Oliversen |
Line Profile Measurements of the Lunar Exospheric Sodium |
|
573 |
Rebecca |
Samad |
Direct observations of lunar pickup ions in the magnetosphere tail-lobes by ARTEMIS |
|
496 |
Valeriy |
Tenishev |
Kinetic modeling of sodium in the lunar exosphere |
|
499 |
David |
Blewett |
Lunar Glass Analogs: Deriving Optical Constants for Use in Modeling of Reflectance Spectra |
|
600 |
Leah |
Cheek |
Mg-spinel anorthosite as seen by M3: Observations and compositional constraints |
|
561 |
Karl |
Cronberger |
The Textural Pristinity of KREEP Basalts: The Role of Impact Melting and Volcanic Eruptions |
|
636 |
Jesse |
Davenport |
Re-interpreting Bulk Moon compositions through Reverse Lunar Magma Ocean Modeling |
|
604 |
Abby |
Delawder |
Stratified Ejecta Boulders as Indicators of Layered Plutons on the Lunar Nearside |
|
566 |
Deepak |
Dhingra |
Impact Melt Diversity at Crater Jackson on Lunar Far Side |
|
639 |
Andrew |
Enns |
Basaltic flow thicknesses exposed in lunar mare craters |
|
560 |
Caleb |
Fassett |
Lunar Impact Basins: Age Sequence and Superposed Impact Craters from Lunar Orbiter Laser Altimeter (LOLA) Data |
|
588 |
Charles |
Hibbitts |
ULTRAVIOLET REFLECTANCE SPECTRA OF SYNTHETIC GLASSES RELAVANT TO AIRLESS BODIES |
|
616 |
Debra |
Hurwitz |
Lunar sinuous rilles: Distribution, characteristics, and implications for their origin |
|
601 |
Steven |
Koeber |
LUNAR CRATERS WITH EXTERIOR IMPACT MELT DEPOSITS. |
|
590 |
Georgiana |
Kramer |
Schrödinger's Peak Ring Mineralogy and Stratigraphic Origin |
|
619 |
Samuel |
Lawrence |
Trace Element Geochemistry of Mineral Clasts in Apollo 16 Impact Melt Breccias |
|
653 |
Daniel |
Moriarty |
Compositional units within South Pole-Aitken central peaks |
|
602 |
Stuart |
Robbins |
CosmoQuest MoonMappers: Cataloging the Moon |
|
640 |
Mark |
Robinson |
Morphometry and Color of Lunar Domes |
|
506 |
Charles |
Shearer |
Exploring the lunar crust and mantle 1. Xenoliths in Apollo 17 high-Ti basalts |
|
527 |
Douglas |
Standart |
LUNAR MINERALOGY EXPLORATION USING MOON MINERALOGY MAPPER (M3) HYPERSPECTRAL IMAGERY |
|
554 |
William |
Vaughan |
Lunar feature Ina: A sublimation terrain formed by ground collapse after removal of a volatile-rich subsurface layer? |
|
592 |
Jennifer |
Whitten |
Lunar light plains and cryptomare: Analysis of compositions and distribution of early volcanic deposits |
|
612 |
Sandra |
Wiseman |
Origin of Aristarchus Olivine Based On M3 Analyses |
|
627 |
Joseph |
Wong |
Is the Compton-Belkovich Feature (CBF) unique compared to other silicic volcanoes? |
|
584 |
Matthew |
Fillingim |
A Survery of Electromagnetic Wave Power Observed Near the Moon |
|
633 |
Heidi |
Fuqua |
Electromagnetic sounding sensor development for the geophysical investigation and exploration of planetary subsurface structure |
|
632 |
James |
Head |
Geological Observations and Constraints on Lunar Crustal Structure and Chronology: A Comparative Planetological Perspective for the Gravity Recovery and Interior Laboratory (GRAIL) Mission |
|
484 |
Seiichi |
Nagihara |
Development of a deep-penetrating, compact geothermal heat flow system for robotic lunar geophysical missions |
|
553 |
Maxime |
URVOY |
Design and performances of past and present planetary seismometers: a comparative review |
|
481 |
Emily |
Law |
THE LUNAR MAPPING & MODELING PROJECT: THE APPLICATION OF INFORMATION SYSTEM TECHNOLOGIES TO SUPPORT RETURN TO THE MOON AND BEYOND. |
|
575 |
Allen |
Wilkinson |
Cone Penetrometry in 10<sup>-5</sup> Torr Vacuum versus Ambient |
|
541 |
David |
Willson |
Space Suit Impact on Performance of Field Science Tasks: Results from Field Trials. |
|
539 |
Ernest |
Bowman-Cisneros |
The Lunar Reconnaissance Orbiter Camera PDS Data Node |
|
630 |
Kyle |
Burns |
The LROC NAC Stereo Catalog |
|
504 |
Pamela |
Clark |
Frontier: A Design Tool to Optimize Instrument, Payload, and Program Design |
|
483 |
Mikhail |
Gerasimov |
GAS-ANALYTIC PACKAGE FOR THE RUSSIAN LUNAR-RESOURCE AND LUNA-GLOBE MISSIONS |
|
525 |
Hiroyuki |
Sato |
Photometric parameter maps of the Moon |
|
565 |
Jao-Jang |
Su |
Monte Carlo simulation of Lunar Orbital neutron detection |
|
507 |
Kris |
Zacny |
Development and Testing of the Pneumatic Lunar Drill for the Emplacement of the Corner Cube Reflector on the Moon |
|
564 |
David |
Baker |
The transition from complex craters to peak-ring basins on the Moon: New morphometric measurements from LOLA and LROC WAC data. |
|
485 |
Keith |
Bennett |
2011-2012 LUNAR-RELATED UPDATES TO PDS’S ORBITAL DATA EXPLORER |
|
587 |
Aaron |
Boyd |
Lunar Reconnaissance Orbiter Camera Narrow Angle Camera Global Photometric Solution: An Empirical Function |
|
621 |
P. J. |
Chi |
Restoration of Apollo Magnetic Field Data: A Progress Report |
|
516 |
Kerri |
Donaldson Hanna |
Simulated Lunar and Asteroid Environments for Spectral Measurements of Analogue Materials |
|
635 |
Juan |
Echaurren |
Mathematical Estimations for Impact Conditions on Lunar Orientale Basin, Moon |
|
644 |
Lynn |
Lewis |
NLSI FOCUS GROUP ON RECOVERY OF MISSING ALSEP DATA: STATUS UPDATE FOR 2012 NLSI SCIENCE FORUM |
|
518 |
Marie |
McBride |
Restoration and Reexamination of Data from the Apollo 11, 12, 14, and 15 Dust, Thermal and Radiation Engineering Measurements Experiments |
|
540 |
Kristen |
Paris |
The Apollo Digital Image Archive: Project Status |
|
524 |
Alix |
Preston |
Hollow Retroreflector Developments at Goddard |
|
648 |
amalie |
sinclair |
ISDHuB International Space Development Hub at Hangar One - A Platform for a Road Map. |
|
514 |
William |
Sparks |
Observations of the Earth as a Planet from a Lunar Vantage Point |
|
487 |
Tim |
van Zoest |
Concepts for Robotic Lunar Infrastructures |
|
625 |
Devin |
Waller |
LROC NAC Polar Maps: Techniques to Improve Illumination Conditions |
|
620 |
Xu |
Wang |
Electric potential distributions in a magnetic field cusp in plasma: study for lunar magnetic anomaly interaction with solar wind plasma |
|
520 |
David |
Williams |
Update on Apollo Data Restoration by the NSSDC and the PDS Lunar Data Node |
|
557 |
Michael |
Zimmerman |
Ringing after a high-energy collision: Ambipolar oscillations during impact plasma expansion |
|
580 |
Jody |
Wilson |
An Improved Map of Cosmic Ray Albedo Protons from the Moon |
|
512 |
Colin |
Creager |
Benefit of Non-rolling Locomotion for Planetary Rover Mobility |
|
545 |
Louis |
Gierasch |
Lunar Surface Instrument Deployment Using an Inflatable Mechanism |
|
597 |
Jaret |
Matthews |
Agile Rovers for Lunar Surface Instrument Deployment |
|
646 |
Ricky & Ixtli-Nitzin |
Morrison & Sanchez |
A Versatile 2-Wheel Rover Concept for Small Lunar Missions |
|
522 |
Chris |
Yarrish |
Thermal Testing of Rover Components to Determine Survivability on the Moon |
|
492 |
Kris |
Zacny |
Percussive Excavation for Lunar Mining and ISRU |
|
571 |
Ben |
Bussey |
A COMPLETE CATALOGUE OF LUNAR PERMANENTLY SHADOWED AREAS. |
|
650 |
M. Darby |
Dyar |
Determining Hydrogen Concentration from Spectral Characteristics of the 3 Micron Band |
|
491 |
Dana |
Hurley |
Space weathering of lunar volatile deposits |
|
537 |
Timothy |
Livengood |
A Search for Hydrogen Near the Lunar Terminator at Low Latitude using LEND |
|
570 |
Roald |
Sagdeev |
Benchmarking the neutron detection by LEND LRO re: Apollo 17 epoch and Lunar Prospector orbital neutron data |
|
509 |
Matthew |
Sanchez |
Interaction of the Solar Wind with Lunar Soil: H+ Implantation Studied by Monte Carlo Simulations |
