Program - TherMoPS4
THERMOPS IV PROGRAM
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DAY 1 - TUESDAY APRIL 18 | ||||
Time CET |
Session | Chair | Topic | Speaker |
09:30 | Welcome session | Elliot Sefton-Nash | ||
09:40* | Advances in thermal modelling: theory and computational approaches | Jens Biele Elliot Sefton-Nash (hybrid meeting) |
Radically new model for heat transfer in granular media with weakly interacting particles | Jens Biele |
10:00 | An Implicit Thermal Model for 1D Multi-layered Planetary Surfaces | Cyril Mergny | ||
10:15 | Fast Thermal Models for Planetary Surfaces | Norbert Schorghofer | ||
10:30 | Fast Radiosity For Thermal Modeling On Planetary Surfaces | Stefano Bertone | ||
10:45 | Fast near-Earth asteroid surface temperature evaluation from disk-resolved NIR measurements using a neural network | Leevi Lind | ||
11:00 | Moon Rover Thermal and Power Analysis for Night and PSR Survival | Ron Creel | ||
11:15 | BREAK | |||
11:30 | ||||
11:45 | Discussion on Advances in Thermal Modelling | |||
12:00 | ||||
12:10* | Thermal modelling of asteroids and small bodies | Jens Biele Elliot Sefton-Nash (hybrid meeting) |
Evolution of airless planetary surfaces by thermal cracking: a review | Marco Delbo |
12:30 | Production of fine regolith on asteroids controlled by rock porosity | Saverio Cambioni | ||
12:45 | The crater-induced YORP effect | Wenhan Zhou | ||
13:00 | LUNCH | |||
13:15 | ||||
13:30 | ||||
13:45 | ||||
14:00 | Thermal modelling of asteroids and small bodies | Marco Delbo Thomas Müller (hybrid meeting) |
The effect of orbital rotation on the surface temperature distribution of an asteroid | Hiroki Senshu |
14:15 | Inversion of thermal infrared data and optical light curves of asteroids - uncertainty of the derived thermophysical parameters | Josef Durech | ||
14:30 | Determining the physical parameters of asteroids with combined optical photometry and thermal infrared data | Hanjie Tan | ||
14:45 | One-dimensional thermal modelling of cometary surfaces - implications for a pressure-induced ejection mechanism | Christian Schuckart | ||
15:00 | How frequent are main-belt comets? | Yun Zhang | ||
15:15 | Thermal and Optical Observations of Near-Earth Objects with the NASA-IRTF MIRSI Camera | Andy López-Oquendo | ||
15:30 | Unveiling the trans-Neptunian belt with the Square Kilometre Array | Pablo Santos-Sanz | ||
15:45 | BREAK | |||
16:00 | ||||
16:15 | Thermal modelling of asteroids and small bodies | Marco Delbo Thomas Müller (hybrid meeting) |
Applications of thermophysical models to the OSIRIS-REx sample return mission | Ben Rozitis |
16:30 | Thermal Modeling of Near-Earth Asteroid, 2100 Ra-Shalom | Kiana McFadden | ||
16:45 | Thermophysical modeling of (3200) Phaethon to constrain regolith properties | Ronald Vervack | ||
17:00 | Boulders on Bennu: Using Thermal Modeling to Investigate the Structure of Low Thermal Inertia Rock | Catherine Elder | ||
17:15 | Modelling of Ryugu's remote and in-situ thermal measurements | Thomas Müller | ||
17:30 | Discussion on thermal modelling of asteroids and small bodies | |||
17:45 | ||||
18:00 | Poster Drinks Reception | |||
18:15 | ||||
18:30 | ||||
18:45 |
DAY 2 - WEDNESDAY APRIL 19 | ||||
Time CET |
Session | Chair | Topic | Speaker |
09:30* | Thermal modelling of asteroids and small bodies | Naoya Sakatani Hannah Goldberg (hybrid meeting) |
Thermal Spectroscopy of the Didymos binary asteroid system after the DART impact | Ellen Howell |
09:50 | Thermophysical Modeling of Binary Asteroids Using a Sophisticated 3D Ray Tracing Approach | Kya C. Sorli | ||
10:05 | Development of Thermophysical Model 'Astroshaper' to Simulate Non-Gravitational Acceleration on Binary Asteroid | Masanori Kanamaru | ||
10:20 | Thermophysical Modelling of Small Bodies: Application to Binary Asteroids | Grégoire Henry | ||
10:35 | Discussion on thermal modelling of asteroids and small bodies | |||
10:50 | ||||
11:00 | BREAK | |||
11:15 | ||||
11:40* | Thermal modelling of the Moon and moons of the Solar System | Paul Hayne Sarah Boazman (hybrid meeting) |
Icy Satellite Thermal Models in Support of the Europa Clipper Thermal Emission Imaging System (E-THEMIS) |
Paul Hayne |
12:00 | Modelling the Heat Flow from between Enceladus Tiger Stripes | Carly Howett | ||
12:15 | Thermophysical Models of Airless Icy Surfaces and Space Weathering | Cécile Ferrari | ||
12:30 | A closed-form expression for the equilibrium temperatures and directional emissivity of sunlit airless planetary surfaces | Lior Rubanenko | ||
12:45 | A Microphysical Thermal Model for the Lunar Regolith | Johanna Bürger | ||
13:00 | LUNCH | |||
13:15 | ||||
13:30 | ||||
13:45 | ||||
14:00 | Thermal modelling of the Moon and moons of the Solar System | Paul Hayne David Heather (hybrid meeting) |
A New Thermal Roughness Model for the Moon and Mercury: implications for the diurnal lunar hydroxyl cycle and mineralogical mapping with MERTIS onboard Bepicolombo | Kay Wohlfarth |
14:15 | A Semi-Analytical Model for the Lunar Thermal Emission Phase Function | Elisha Jhoti | ||
14:30 | The Thermal Environment of Doubly Shadowed Micro Cold Traps on the Moon | Patrick O'Brien | ||
14:45 | 3D Thermal and Volatile Transport Modeling of Lunar Pits and Caves | Andrew Wilcoski | ||
15:00 | The Effects of Heat-Producing Element Abundance and Distribution on the Present-Day Lunar Thermal Profile | Arkadeep Roy | ||
15:15 | A Three Dimensional Finite Element approach for a realistic Thermophysical Behaviour of the Moon at local scales | Durga Prasad | ||
15:30 | BREAK | |||
15:45 | ||||
16:00 | Discussion on thermal modelling of the Moon and moons of the Solar System | |||
16:15 | ||||
16:30* | Thermal modelling of rocky planets | Ozgur Karatekin Johannes Benkhoff (hybrid meeting) |
Sixteen Years of Mars Surface Temperature Observations by the Mars Climate Sounder onboard the Mars Reconnaissance Orbiter | Sylvain Piqueux |
16:50 | Mars' polar paleoclimate as revealed through thermophysical modeling of trough migration. | Kris Laferriere | ||
17:05 | How does small-scale roughness influence thermal infrared spectra around Mercury's north pole? | Kay Wohlfarth | ||
17:20 | A Novel Model for the Interrogation of Thermal Inertia on Earth | Ari Koeppel | ||
17:35 | Discussion on thermal modelling of rocky planets | |||
17:50 | ||||
18:15 | Poster Session Travel to the workshop dinner |
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18:30 | ||||
18:45 | ||||
19:00 - |
Evening meal in Noordwijk |
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DAY 3 - THURSDAY APRIL 20 | ||||
Time CET |
Session | Chair | Topic | Speaker |
09:30* | New Observations or instruments | Tatsuaki Okada Hannah Goldberg (hybrid meeting) |
Thermal Imaging of Asteroids in Hayabusa2, Hera, and Future Missions | Tatsuaki Okada |
09:50 | MIRMIS – The Modular Infrared Molecules and Ices Sensor for ESA’s Comet Interceptor | Neil Bowles | ||
10:05 | LRAD - The Radiometer for the Lunar South Pole Hopper µNOVA | Maximilian Hamm | ||
10:20 | Planetesimal thermal evolution | Revealing Parent Body Accretion Time Scale from Model Fits to Meteorite Chronology: the cases of CR-Related Meteorites and NEA Ryugu | Wladimir Neumann | |
10:35 | How Does Surface Roughness Affect the Phase Curve of Airless Exoplanets? | Moritz Tenthoff | ||
10:50 | Early thermal evolution of Earth's embryos due to 26Al and impact-generated steam atmosphere | Gurpreet K. Bhatia | ||
11:05 | Discussion on New Observations or Instruments, and Planetesimals | |||
11:25 | BREAK | |||
11:45* | Laboratory investigations and validation of thermal models | Ozgur Karatekin Elliot Sefton-Nash (hybrid meeting) |
Fracturing but no Flaking on CM-like Asteroids due to Thermal Fatigue | Markus Patzek |
12:05 | Using observations to constrain models of endogenic activity on Enceladus | Georgina Miles | ||
12:20 | Thermal Inertia of Ryugu Samples Affected by Cracks Inside Sample | Takuya Ishizaki | ||
12:35 | Discussion on laboratory investigations and validation of thermal models | |||
12:50 | Summary and End of TherMoPS IV | Elliot Sefton-Nash | ||
13:00 - |
LUNCH | |||
*Extended talks (20min) for the beginning of a session
Posters | ||
Advances in Thermal Modelling: theory and computational approaches | Applying Bayesian Optimization to Thermophysical Modeling of Asteroids | Sean Marshall |
Computational Techniques for Fractal Rough Thermal Models | Kay Wohlfarth | |
Unique Non-Convex Shape Modeling of Asteroids from Thermal Emission and Reflected Light Observations | Eric MacLennan | |
Asteroids and Small Bodies | Maps of thermal inertia and dielectric constant of asteroid (16) Psyche from spatially-resolved ALMA data | Saverio Cambioni |
Shapes and Sizes of Jupiter Trojans | Josef Hanus | |
Multi-Wavelength Characterization and Thermal Modeling of Comet 289P/Blanpain During the Historic Close Approach of its 2019-2020 Apparition | Charles Schambeau | |
Synthetic Infrared Lightcurve Generation for Binary Asteroids | Grégoire Henry | |
The Moon and moons of the Solar System | Rough Surface Thermophysical Models and IR Imaging from the Lunar Surface | Paul Hayne |
Rocky Planets | Thermal model of rocky planets: Estimation of magnetic diffusion time scales | K. M. Hiremath |
New Observations or Instruments |
A Cold Object Radiometer (COBRA) to Explore the Uranian System in the Infrared | Catherine Elder |
The Lunar Trailblazer mission: Understanding the Moon's water | Neil Bowles | |
Small Scale Roughness of Meteoritic Samples and Implications for Thermal Response of Rock Rich Surfaces. | Rachael Martina Marshal | |
Ground-based calibration and performace test of thermal infrared multiband imager (TIRI) onboard Hera mission | Naoya Sakatani | |
Deciphering Comets: A Mission Concept for a Cometary Characterization and Observation Apparatus Cubesat (CoCOA-Cube) | Gal Sarid |