月球和水星中的硫
這篇文章探討了月球和水星上硫的含量、分佈和控制硫行為的過程，突出了這兩個天體在硫的地球化學方面的異同。
달과 수성의 황: 존재 형태, 분포 및 기원
달과 수성은 매우 환원된 환경으로, 황은 주로 환원된 형태인 황화물로 존재하며, 화산 활동을 통해 상당량의 황이 휘발되어 표면에 독특한 황 분포를 형성했습니다.
月と水星の硫黄含有量と分布：50年間の月のサンプル分析とMESSENGERミッションによる水星の観測からの考察
月と水星はどちらも酸素濃度が低く、硫黄が還元状態で硫化物としてのみ存在する天体であり、月のサンプル分析とMESSENGERミッションによる観測から、それぞれの硫黄の進化過程や特徴が明らかになってきている。
Sulfur Abundances and Distribution on the Moon and Mercury: Insights from Sample Analysis and Remote Sensing
This chapter reviews the current understanding of sulfur's abundance, distribution, and behavior on the Moon and Mercury, highlighting key similarities and differences between these two celestial bodies.
4억 6천 6백만 년 전의 대규모 운석 충돌: L형 콘드라이트의 기원과 지구 생물 다양성에 미친 영향
4억 6천 6백만 년 전 지구에 떨어진 L형 콘드라이트 운석들은 마살리아 소행성군의 충돌로 발생했으며, 이는 오르도비스기 빙하기와 생물 다양성 변화의 원인으로 추정된다.
The Prevalence of Resonant Configurations Among Young, Close-in Planetary Systems
Young planetary systems are more likely to exhibit resonant configurations compared to older systems, suggesting that resonances are gradually disrupted over time.
Resonant Amplitude Distribution of Hilda Asteroids Explained by a Free-Floating Planet Flyby Scenario
The observed distinct patterns in the resonant amplitude distribution of Hilda asteroids can be quantitatively explained by the flyby of a free-floating planet that triggers a rapid outward migration of Jupiter and the associated shift in the 3:2 Jovian mean motion resonance.
지구와 유사한 조성을 가진 근접궤도 암석행성들
근접궤도에 있는 암석행성들의 조성은 지구와 유사한 경향을 보인다.
Compositions of Rocky Exoplanets Orbiting Close to Their Host Stars Tend to be Earth-like
The compositions of rocky exoplanets with orbital periods less than 30 days tend to be similar to that of Earth, with a core mass fraction (CMF) close to 0.3, contrary to previous suggestions of a wide diversity in compositions.
Spatially Resolved Spectroscopic Observation of Europa's Surface Using Subaru/IRCS to Search for Water Vapor Plumes
No evidence of water vapor plumes was found on Europa during spatially resolved near-infrared spectroscopic observations using the Subaru Telescope/IRCS.
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