Space and Planetary Sciences (P)
Session Sub-category Planetary Sciences(PS)
Session ID P-PS04
Title Planetary Sciences
Short Title Planetary Sciences
Main Convener Name Makito Kobayashi
Affiliation The University of Tokyo
Co-Convener 1 Name Misako Tatsuuma
Affiliation National Institute of Technology, Tokyo College
Co-Convener 2 Name Yuhito Shibaike
Affiliation Kagoshima University
Co-Convener 3 Name Eito Hirai
Affiliation Department of Earth and Planetary Sciences, School of Science, Institute of Science Tokyo
Session Language 
E
Scope 
We invite contributions on all aspects of planetary science. This session covers studies of the past, present, and future of Earth, other planets, and planetary systems both within and beyond the Solar System.
Presentation Format Oral and Poster presentation
Time Presentation No Title Presenter
Oral Presentation May 25 AM1
9:00 - 9:15 PPS04-01 Local Reorientation of Brownleeite at the Interface with LIME Olivine Revealed by High-Resolution TEM Analysis Hirokazu Tatsuoka
9:15 - 9:30 PPS04-02 Growth of icy dust particles by sintering caused by heating events in protoplanetary disks Sin-iti Sirono
9:30 - 9:45 PPS04-03 Contributions of droplet-solidified particles to planetesimal-formation conditions: Toward resolving the CAI-retention problem Takanori MIYAMURA
9:45 - 10:00 PPS04-04 Effects of dust collisions in Streaming Instability: Dependence on the restitution coefficient and its evolution Shiori Iwano
10:00 - 10:15 PPS04-05 Toward Detecting Planetesimal Formation: Vertically Global Dynamics Driven by the Streaming Instability at the Disk Midplane Haruto Oshiro
Oral Presentation May 25 AM2
10:45 - 11:00 PPS04-06 Periodic Planetesimal Formation in Thermally Unstable Inner Protoplanetary Disks Ryo Kato
11:00 - 11:15 PPS04-07 Protoplanet Formation from a Planetesimal Ring in an Evolving Protoplanetary Disk Kazuaki Nishimura
11:15 - 11:30 PPS04-08 Formation of the rocky planets William F McDonough
11:30 - 11:45 PPS04-09 One-dimensional model of disk heating by density waves excited by giant planets: estimation of its contribution to disk temperature Shota Sato
11:45 - 12:00 PPS04-10 An Optically Thick Dust Ring in the Circumplanetary Disk of PDS 70 c Yuhito Shibaike
Oral Presentation May 25 PM1
13:45 - 14:00 PPS04-11 Contribution of Frictional Dissipation due to Precipitation in the Energy Budget of Atmospheres whose Major Constituent Condenses Kensuke Nakajima
14:00 - 14:15 PPS04-12 The role of IDP dehydration in the vertical HDO/H2O profile of the Martian atmosphere Akinori Hasebe
14:15 - 14:30 PPS04-13 Assessing H2 Content at Mars Majd Mayyasi
14:30 - 14:45 PPS04-14 Excited State Sulfur Dioxide – a Driver of Chemical Transformation in Extraterrestrial Atmospheres Robert E. N. Skog
14:45 - 15:00 PPS04-15 Evolution of Intrinsic Temperature and Atmospheric Composition in Giant Exoplanets with Diluted Cores Hiroki Matsuo
Oral Presentation May 25 PM2
15:30 - 15:45 PPS04-16 Impact velocity and angle dependence of the coefficient of restitution in oblique impacts of ice spheres Yukari M. Toyoda
15:45 - 16:00 PPS04-17 Impact Experiments and Numerical Simulations Reveal Crater Morphology in Wet Sand Haruna Toyoshima
16:00 - 16:15 PPS04-18 Lake Stars as an Earth Analog for Europa’s Manannán Crater Spider Feature Lauren Mc Keown
16:15 - 16:30 PPS04-19 Assessment of Cosmic Ray Interactions with Mercury’s Surface Using Radiation Simulations Gaku Kinoshita
16:30 - 16:45 PPS04-20 Integrating 3D Shape Models into QGIS plugins for Hayabusa2 Data Analysis Mayumi Ichikawa
Presentation No Title Presenter
Poster Presentation May 25 PM3
PPS04-P01 Laboratory Experiments on the Compaction Behavior of Hierarchical Granular Layers: Comparison with a Model Tomomi Omura
PPS04-P02 Cratering Experiment on Low-Temperature Icy Regolith and Establishment of Scaling Law Mizuki Kosaka
PPS04-P03 Experiments on Impact-Induced Brecciation of Simulated Regolith and Strength Measurement of the Products Yuto Uno
PPS04-P04 Stress Propagation and Internal Behavier Analysis During Impact on Crushable Granular Material Kazuma Kita
PPS04-P05 Experimental study on the impact strength of homogeneous porous ice–rock mixtures Sora Sueda
PPS04-P06 Experimental study on impact crater formation on porous icy bodies composed of ice-rock mixtures Kotomi Noguchi
PPS04-P07 Target strength dependence of angular momentum transfer efficiency in an oblique impact on a porous asteroid AYAKA OHNISHI
PPS04-P08 Impact experiments on wet gypsum targets simulating water-bearing planetesimal: Measurements of impact-induced residual temperature Seitaro Otsubo
PPS04-P09 Experimental study on crater formation and droplet generation inducted by projectile impact into molten basalt Kazunari Habara
PPS04-P10 Cratering experiments on iron granular targets Yuya Yamamoto
PPS04-P11 Experimental study of the impact strength of differentiated planetesimals with molten metallic cores Minami Yasui
PPS04-P12 Crater and droplet formation by impact into liquid targets Toshihiko Kadono
PPS04-P13 Experimental study on impact strength of icy planetsimals with thermally evolved layered structures Tatsuya Sakimura
PPS04-P14 Impact Experiment on Penetrated Crater on Icy Crust Covering Subsurface Ocean Ryosuke Kikukawa
PPS04-P15 Measurement of residual impact temperatures surrounding an impact crater formed in frozen sand layer Ohashi Takuma
PPS04-P16 Oblique impact experiments on quartz sand under variable atmospheric pressure: Implications for crater formation processes on Venus Minami Yasui
PPS04-P17 Effects of temperature on hydrothermal alteration of amorphous forsterite with liquid warter So Takai
PPS04-P18 Effects of iron on surface structure of amorphous olivine Haruumi Sue
PPS04-P19 Experiments on Water Ice Sublimation Under Simulated Planetary Conditions: Insights Into Pitted Terrain Formation On Mars, Ceres and Vesta Lauren Mc Keown
PPS04-P20 Geomorphological Evidence of Ice Activity on Mars Surface at Mid-Latitudes Marco Moro
PPS04-P21 Biophysical Determinants of Cellular Viability under Martian Geophysical Forcing: Comparative Study of Extremophile Mechanics Yuliia Biliak
PPS04-P22 Introduction to the Lunar “IN-YOU-ZU”: Improved Topographic Visibility Ryotaro Araki
PPS04-P23 A Consensus Global Crater Database for Ceres as a Foundation for Chronologic and Geomorphic Investigations Rachael Hoover
PPS04-P24 Deposition of the Ancient Earth’s Atmosphere in the Lunar Regolith Jared Brack Landry
PPS04-P25 Earth's Nitrogen Deficit and δ15N Offset from Heterogeneous Accretion via Repeated Giant Impacts Taiki Hanazawa
PPS04-P26 Dynamical Evolution and Accretion of Ejecta by the Moon-forming Impact Yuji Matsumoto
PPS04-P27 Monte Carlo Simulations of atmospheric heating driven by celestial impacts on the proto-Earth Tatsuki Nawa
PPS04-P28 Thermal radiation during the initial expansion stage of vapor plumes after mid-scale impacts on the Earth Mao Arakawa
PPS04-P29 New Physical Model of the non-LTE 15-µm Radiative Cooling of the Middle and Upper Atmospheres of Terrestrial Planets Konstantinos S. Kalogerakis
PPS04-P30 Investigating the Impact of Atmospheric Variability and Spin-Orbit Configurations on the Climate Dynamics of Proxima Centauri b Benjamin Goodsell
PPS04-P31 Radial Drift of Sintered Dust Aggregates toward the Central Star YOSUKE SEGAWA
PPS04-P32 Scaling Laws of Dust Clumps Formed by Streaming Instability and Dust Growth Therein Hidekazu Tanaka
PPS04-P33 Coevolution calculations of multiple giant planets and a protoplanetary disk:
applications to our solar system and the PDS 70 system 		Hidekazu Tanaka
PPS04-P34 Spin Regulation of Giant Planets by the Balance between Circumplanetary Disk and Vertical Accretion Flows Shogo Moro
PPS04-P35 Detecting water ice and vapor in debris disks around white dwarfs with future PRIMA observations Hideko Nomura
PPS04-P36 Two dimensional numerical experiments of mantle convection with stress-history-dependent rheology: Toward understanding the tectonics of terrestrial bodies Hiroki Taito
PPS04-P37 The origin of the solar system and the Earth could be verified using a method called abduction based on the multi-impact hypothesis. Akira Taneko
PPS04-P38 The origin and mechanism of the Moon and plate tectonics
-The multi-impact hypothesis and abduction method were verified.- 		Akira Taneko