| | | | |
|
Mihayl Horanyi (Hsiang-Wen Hsu)
|
FINE-GRAINED REGOLITH LOSS ON SUB-KM ASTEROIDS
|
Asteroid/NEO Characterization incl. Planetary Defense
|
1
| | |
|
Kevin Walsh
|
ESTIMATES OF GRAIN SIZES USING INSTRUMENTED IMPACTORS
|
Asteroid/NEO Characterization incl. Planetary Defense
|
2
| | |
|
Mark Boslough
|
Hypervelocity Airburst Shower Formation of the Pica Glass, Atacama Desert, Chile
|
Asteroid/NEO Characterization incl. Planetary Defense
|
3
| | |
|
Sahil Hegde
|
Predicting Radio Signals from the First Stars for Lunar Radio Telescopes
|
Astrophysics, Radiation, Plasma, Exosphere
|
4
| | |
|
Elena Opp
|
LABORATORY INVESTIGATION OF ELECTROSTATIC DUST TRANSPORT AND REGOLITH SIZE-SORTING ON AIRLESS BODIES
|
Asteroid/NEO Characterization incl. Planetary Defense
|
5
| | |
|
Jamie Molaro
|
Tensile Strength of Meteorites from Contraction Cracks and Implications for the Efficacy of Thermal Fatigue on Asteroids
|
Asteroid/NEO Characterization incl. Planetary Defense
|
6
| | |
|
Akbar Whizin
|
Impact Cratering and Ejecta Scaling Experiments on Reduced Gravity Flights
|
Asteroid/NEO Characterization incl. Planetary Defense
|
7
| | |
|
Shaosui Xu
|
Characteristics of Lunar Photoelectrons and Backscattered Electrons
|
Astrophysics, Radiation, Plasma, Exosphere
|
8
| | |
|
Andrew Poppe
|
A COMPREHENSIVE MODEL FOR PICKUP ION FORMATION AT THE MOON: COMPARISON TO ARTEMIS MEASUREMENTS AND PREDICTIONS FOR HERMES
|
Astrophysics, Radiation, Plasma, Exosphere
|
9
| | |
|
Khari Fletcher
|
ANALYSIS OF LADEE MEASUREMENTS OF H2 IN THE LUNAR EXOSPHERE
|
Astrophysics, Radiation, Plasma, Exosphere
|
10
| | |
|
Harrison Lisabeth
|
Experimental measurement of temperature-dependent physical properties of dry and icy regolith simulant
|
Dust/Regolith/Simulants
|
11
| | |
|
Luke Eberwein
|
REMOTE SENSING DUST DEPOSITION BY THE UNIQUE REFLECTANCE FEATURES OF LUNAR REGOLITH
|
Dust/Regolith/Simulants
|
12
| | |
|
Xu Wang
|
Triboelectric Charging of Dust by Rover Wheels
|
Dust/Regolith/Simulants
|
13
| | |
|
Kristoffer Sjolund
|
Investigation and Development of 2D and 3D EDS towards the Creation of a Hybrid Dust Mitigation Brush
|
Dust/Regolith/Simulants
|
14
| | |
|
Alejandro Soto
|
PROGRESS IN DEVELOPING THE GRAIN VELOCIMETRY AND TOMOGRAPHY SYSTEM (GraVeTAS)
|
Dust/Regolith/Simulants
|
15
| | |
|
Karlis Slumba
|
PERMANENTLY SHADOWED REGION (PSR) ICY REGOLITH SIMULANT
|
Dust/Regolith/Simulants
|
16
| | |
|
Zach Ulibarri
|
Measurement of the Amino Acid Histidine and its Breakup Products in Dust-Ice Hypervelocity Impact Mass Spectra
|
Dust/Regolith/Simulants
|
17
| | |
|
Vladimir Gorokhovsky
|
Synthesis of the particle-simulants for hypervelocity experiments by PVD fluidized bed reactor
|
Dust/Regolith/Simulants
|
18
| | |
|
Masatoshi Hirabayashi
|
Vertical Heterogeneity of Impact Driven Regolith Mixing: Implication of Solar Proton Implantation on the Moon
|
Dust/Regolith/Simulants
|
19
| | |
|
Nicholas Piskurich
|
Compositional Characterization of Irregular Mare Patches via M3 and Diviner Data Analyses
|
Geology/Geophysics/Geodynamics
|
20
| | |
|
Christopher Kremer
|
Pyroxene Mg# Determination in the 4-8 Micron Range: A Valuable Remote Sensing Tool
|
Geology/Geophysics/Geodynamics
|
21
| | |
|
Casey Braccia
|
EXPERIMENTAL CHARACTERIZATION OF LUNAR ANALOG MATERIAL WITH IMPLICATIONS FOR FUTURE SPACE EXPLORATION
|
Geology/Geophysics/Geodynamics
|
22
| | |
|
Edward Williams
|
MODELING THE INFLATION OF VALENTINE CAVE TO CONSTRAIN PARAMETERS OF ITS FORMATION
|
Geology/Geophysics/Geodynamics
|
23
| | |
|
Huapeng Huang
|
DEVELOPMENT OF AN IN-SITU X-RAY CT/XRF SYSTEM AND FIELD TESTING AT THE POTRILLO VOLCANIC FIELD
|
Geology/Geophysics/Geodynamics
|
24
| | |
|
Luis Santori
|
PHOTOMETRIC ANALYSIS OF LUNAR RECONNAISSANCE ORBITER CAMERA OBSERVATIONS OF PURE ANORTHOSITE EXPOSURES
|
Geology/Geophysics/Geodynamics
|
25
| | |
|
Benjamin Byron
|
THE THERMOPHYSICAL PROPERTIES OF LUNAR RED SPOTS FROM LRO DIVINER LUNAR RADIOMETER EXPERIMENT OBSERVATIONS
|
Geology/Geophysics/Geodynamics
|
26
| | |
|
Jacob Richardson
|
Co-located Geophysical Surveys over a Lava Tube as an Analog for Lunar Caves
|
Geology/Geophysics/Geodynamics
|
27
| | |
|
Frank Chuang
|
MAPPING LUNAR SWIRLS WITH MACHINE LEARNING: THE APPLICATION OF IMAGE CLASSIFICATION ALGORITHMS IN REINER GAMMA
|
Geology/Geophysics/Geodynamics
|
28
| | |
|
Daniel Brogan
|
R2-S2: Robotic Remote-Sensing Scout
|
Human Research, Performance & Robotics
|
29
| | |
|
Terry Fong
|
Overview of the Volatiles Investigating Polar Exploration Rover
|
Human Research, Performance & Robotics
|
30
| | |
|
Phaedra Curlin
|
Troubleshooting Lunar Rover Failures: A Virtual Reality Digital Twin and Environment
|
Human Research, Performance & Robotics
|
31
| | |
|
Alisha Vira
|
Radiation Exposure of Boron Nitride: Geant4 Simulations and Experimental
|
Human Research, Performance & Robotics
|
32
| | |
|
Madhu Thangavelu
|
Robotic Fresh Food Kitchen & Pantry Module Attachment for the International Space Station.
|
Human Research, Performance & Robotics
|
33
| | |
|
Molly Wasser
|
INTERNATIONAL OBSERVE THE MOON NIGHT 2021: A DOZEN YEARS OF LUNAR PUBLIC ENGAGEMENT
|
IDEA, Education and Public Engagement
|
34
| | |
|
Holly Bensel
|
COMPARISON OF KNOWN LUNAR PITS USING THE LROC QUICKMAP TOOL
|
IDEA, Education and Public Engagement
|
35
| | |
|
Caela Barry
|
COORDINATING FIELD SAFETY AND CONDUCT RESOURCES ACROSS RESEARCH TEAMS.
|
IDEA, Education and Public Engagement
|
36
| | |
|
B. D. Berkoff
|
Molecular and Ice Water Content in Different Lunar Regions
|
IDEA, Education and Public Engagement
|
37
| | |
|
Joshua Conway
|
RIDER: Regolith Interactions for the Development of Extraterrestrial Rovers
|
Lunar Exploration & Destination Drivers
|
39
| | |
|
Rosario Gerhardt
|
Detecting Water-Ice in the Lunar Regolith using Electrical Properties: Simulation of the Effect of Temperature and Impurities.
|
Lunar Exploration & Destination Drivers
|
40
| | |
|
Marshall Eubanks
|
Subterranean Lakes on the Moon: Liquid Water Beneath the Ice
|
Lunar Exploration & Destination Drivers
|
41
| | |
|
Alex Parker
|
The Planetary Science Inference Engine: Applications to Lunar Science
|
Lunar Exploration & Destination Drivers
|
42
| | |
|
Madhu Thangavelu
|
BUZZCRAFT: Evolution of A Cislunar Logistics Architecture to Support Lunar Base
|
Lunar Exploration & Destination Drivers
|
43
| | |
|
Madhu Thangavelu
|
ARTEMIS Mission to Explore Tranquillitatis Pit
|
Lunar Exploration & Destination Drivers
|
44
| | |
|
Kirby Runyon
|
Identifying Impact Melt from the Smythii Basin: Toward an Improved Chronology for Lunar Basin Formation
|
Lunar Exploration & Destination Drivers
|
45
| | |
|
David Blewett
|
PRISM-1a Lunar Vertex: Overview and Status
|
Missions, Payload Instrument Development and Concepts
|
46
| | |
|
Leo Stolov
|
SMART: Instrumented Drill for ISRU Investigations on the Moon
|
Missions, Payload Instrument Development and Concepts
|
47
| | |
|
Kerri Donaldson Hanna
|
IN-SITU COMPOSITIONAL INVESTIGATION OF THE LUNAR CRUST USING THE LUNAR COM-PACT INFRARED IMAGING SYSTEM (L-CIRiS)
|
Missions, Payload Instrument Development and Concepts
|
48
| | |
|
Alexander Sehlke
|
IN-SITU THERMOLUMINESCENCE MEASUREMENTS ON THE MOON USING THEIA – A THERMAL HISTORY EXPLORATION INSTRUMENT FOR ARTEMIS
|
Missions, Payload Instrument Development and Concepts
|
49
| | |
|
Chiara Ferrari-Wong
|
Rockstar: A Thermal Infrared Hyperspectral Imager for Meter Scale Data Collection from Orbit
|
Missions, Payload Instrument Development and Concepts
|
50
| | |
|
Samuel Lihn
|
Compact Rover for Exploring Lunar and Martian Crustal Magnetic Fields
|
Missions, Payload Instrument Development and Concepts
|
51
| | |
|
Caitlin Ahrens
|
Lunar Science using Penetrators: Objectives and Concepts
|
Missions, Payload Instrument Development and Concepts
|
52
| | |
|
Benoît DesRochers
|
Two-step single image super-resolution method to enhance Martian remote sensing imagery using machine learning.
|
Planetary Analog & Simulant Studies for Science, Ops, Tech and Exploration
|
53
| | |
|
Jared Long-Fox
|
Quantitative Analysis of the Shear Strength of Lunar Regolith Simulant for Large-Scale Testing Applications
|
Planetary Analog & Simulant Studies for Science, Ops, Tech and Exploration
|
54
| | |
|
Linden Wike
|
THE SUBSURFACE STRUCTURE OF KILBOURNE HOLE FROM AN ACTIVE SOURCE SEISMIC SURVEY IN AN ASTRONAUT TRAINING GROUND.
|
Planetary Analog & Simulant Studies for Science, Ops, Tech and Exploration
|
55
| | |
|
Naoma McCall
|
USE OF SEISMIC DATA TO CHARACTERIZE TERRESTRIAL LAVA TUBES AT LAVA BEDS NATIONAL MONUMENT
|
Planetary Analog & Simulant Studies for Science, Ops, Tech and Exploration
|
56
| | |
|
Micah Schaible
|
ELECTROSTATICALLY CHARGED DUST GRAIN INTERACTIONS WITH PHOSPHOLIPID BI-LAYERS
|
Planetary Analog & Simulant Studies for Science, Ops, Tech and Exploration
|
57
| | |
|
Sandeep Battula
|
Detection of L-Dwarf Stars at Near IR region using Arrayed Waveguide Gratings
|
Planetary Analog & Simulant Studies for Science, Ops, Tech and Exploration
|
59
| | |
|
Jason McLain
|
Survivability of Prebiotic Molecules on Lunar Soils
|
Space Weathering/Surface Processes
|
60
| | |
|
Autumn Shackelford
|
SWEEPS: A New Space Weathering Chamber
|
Space Weathering/Surface Processes
|
61
| | |
|
Dominic Alfinito
|
Possible Causes of Hydration of Vestas Oppia Crater.
|
Space Weathering/Surface Processes
|
62
| | |
|
Angela Stickle
|
Using multi-wavelength observations of ejecta blanket degradation to better understand soil maturity and relative crater ages on the lunar surface
|
Space Weathering/Surface Processes
|
63
| | |
|
Anna Martin
|
Measuring How Maturity Manifests on the Moon using LROC WAC UV Data
|
Space Weathering/Surface Processes
|
64
| | |
|
Liam Morrissey
|
Establishing a Best-Practice for SDTrimSP Simulations of Solar Wind Sputtering on the Moon
|
Space Weathering/Surface Processes
|
65
| | |
|
Dany Waller
|
Variegated Space Weathering Expression Classification Across the Lunar Swirl Reiner Gamma in Preparation for Lunar Vertex
|
Space Weathering/Surface Processes
|
66
| | |
|
John Keller
|
Post-proton irradiation increase in O- and OH- sputtering yields on Apollo sample 75201
|
Volatiles
|
67
| | |
|
Lizeth Magana
|
SURFACE ROUGHNESS AT SOUTH POLE COLD TRAPS: IMPLICATIONS FOR VOLATILE DEPOSITS
|
Volatiles
|
68
| | |
|
Claudia Knez
|
Modeling of Water Events in the Lunar Exosphere Resulting from Meteoroid Impacts
|
Volatiles
|
69
| | |
|
Orenthal Tucker
|
Revisiting Ion-Induced Electronic Sputtering at the Moon and Mercury.
|
Volatiles
|
70
| | |
|
Cesare Grava
|
Effects of Macro-Scale Topography on the Spatial Structure of the Lunar Argon Exosphere
|
Volatiles
|
71
| | |
