Probing the Protosolar Disk Using Dust Filtering at Gaps in the Early Solar System

INIS

• inclusions 100%
• aluminum 100%
• calcium 100%
• dusts 100%
• solar system 100%
• jupiter planet 83%
• transport 66%
• saturn planet 66%
• gases 50%
• chondrites 50%
• size 33%
• planets 33%
• resonance 33%
• dynamics 16%
• density 16%
• laboratories 16%
• data 16%
• scanning electron microscopy 16%
• surfaces 16%
• simulation 16%
• solids 16%
• barriers 16%
• grain size 16%
• x radiation 16%
• fluorescence 16%
• angular momentum 16%
• viscosity 16%

Keyphrases

• Dust 100%
• Early Solar System 100%
• Calcium-aluminum-rich Inclusions 100%
• Jupiter 83%
• Saturn 66%
• Ordinary Chondrites 33%
• In Situ 16%
• Physical Condition 16%
• Data Combination 16%
• Viscosity 16%
• Accretion Rate 16%
• Angular Momentum Transfer 16%
• Surface Density 16%
• Stellar Accretion 16%
• Gap Opening 16%
• Chondrites 16%
• Two-dimensional Simulation 16%
• Parent Body 16%
• Drift Barrier 16%
• X-ray Fluorescence 16%
• Gas-solid 16%
• Critical Grain Size 16%
• Gap Structure 16%
• Scanning Electron Microscope 16%
• Viscous Effects 16%
• Embedded Solids 16%
• Inner Solar System 16%

Physics

• Chondrite 100%
• Angular Momentum 33%
• Grain Size 33%
• Stellar Accretion 33%
• X-Ray Fluorescence Spectroscopy 33%
• Electron Microscope 33%