Title:	Chondrites and the Protoplanetary Disk
Volume:	341	Year:	2005	View this Volume on ADS
Editors:	Krot, Alexander N.; Scott, Edward R. D.; Reipurth, Bo
ISBN:	1-58381-208-3	eISBN:	978-1-58381-275-4
Electronic access to books and articles is now available to purchase.
Volume eAccess:	$88.00
Printed and eAccess:	Variable, see Astroshop
Article eAccess:	$25.00     (To purchase an e-article from this volume, select the article below, then add to cart.)

---

Paper Title	Page	Authors
INTRODUCTION
Honoring John A. Wood	3	Keil, K.
Chondritic Meteorites and the High-Temperature Nebular Origins of Their Components	15	Scott, E.R.D.; Krot, A.N.
The Early Sun: Evolution and Dynamic Environment	54	Reipurth, B.
SECTION I. STAR FORMATION, DISK EVOLUTION, AND THE SOLAR NEBULA
Evolution of UV-Irradiated Protoplanetary Disks	81	Bally, J.; Moeckel, N.; Throop, H.
Understanding Our Origins: Star Formation in H II Region Environments	107	Hester, J.J.; Desch, S.J.
Astrophysical Observations of Disk Evolution around Solar Mass Stars	131	Hartmann, L.
Theoretical Studies of Gaseous Disk Evolution around Solar Mass Stars	145	Gammie, C.F.; Johnson, B.M.
X-Ray Flares of Sun-like Young Stellar Objects and Their Effects on Protoplanetary Disks	165	Glassgold, A.E.; Feigelson, E.D.; Montmerle, T.; Wolk, S.
Oxygen Isotopic Heterogeneity in the Solar System: The Molecular Cloud Origin Hypothesis and its Implications for Meteorites and the Planets	181	Kuramoto, K.; Yurimoto, H.
Photochemical Speciation of Oxygen Isotopes in the Solar Nebula	193	Lyons, J.R.; Young, E.D.
SECTION II. REFRACTORY INCLUSIONS AND CHONDRULES: PROPERTIES AND ORIGINS
Refractory Inclusions and Chondrules: Insights into a Protoplanetary Disk and Planet Formation	215	Connolly, H.C., Jr.
Calcium-Aluminum-rich Inclusions: Major Unanswered Questions	225	MacPherson, G.J.; Simon, S.B.; Davis, A.M.; Grossman, L.; Krot, A.N.
Chemical, Mineralogical and Isotopic Properties of Chondrules: Clues to Their Origin	251	Jones, R.H.; Grossman, J.N.; Rubin, A.E.
Experimental Constraints on Chondrule Formation	286	Hewins, R.H.; Connolly, H.C., Jr.; Lofgren, G.E.; Libourel, G.
The Genetic Relationship between Refractory Inclusions and Chondrules	317	Russell, S.S.; Krot, A.N.; Huss, G.R.; Keil, K.; Itoh, S.; Yurimoto, H.; MacPherson, G.J.
SECTION III. THERMAL STRUCTURES OF PROTOPLANETARY DISKS AND CONSTRAINTS ON THERMAL PROCESSING OF CHONDRITIC COMPONENTS IN THE SOLAR NEBULA
Thermal Structure of Protoplanetary Disks	353	D'Alessio, P.; Calvet, N.; Woolum, D. S.
Meteoritic Constraints on Temperatures, Pressures, Cooling Rates, Chemical Compositions, and Modes of Condensation in the Solar Nebula	373	Petaev, M.I.; Wood, J.A.
Origin and Thermal History of Fe-Ni Metal in Primitive Chondrites	407	Campbell, A.J.; Zanda, B.; Perron, C.; Meibom, A.; Petaev, M.I.
Evaporation and Condensation During CAI and Chondrule Formation	432	Davis, A.M.; Alexander, C.M.O'D.; Nagahara, H.; Richter, F.M.
Kinetic Condensation of Silicate Melt and Its Role in the Chemical Diversity of Chondrules	456	Nagahara, H.; Ozawa, K.; Tomomura, S.
SECTION IV. ORIGIN OF SHORT-LIVED RADIONUCLIDES AND CHRONOLOGY OF REFRACTORY INCLUSIONS AND CHONDRULES
Overview of Origin of Short-lived Radionuclides, Chronology of Refractory Inclusions and Chondrules	471	Podosek, F.A.
Origin of Short-lived Radionuclides in the Early Solar System	485	Goswami, J.N.; Marhas, K.K.; Chaussidon, M.; Gounelle, M.; Meyer, B.S.
Synthesis of Short-lived Radioactivities in a Massive Star	515	Meyer, B.S.
A Nearby Supernova Injected Short-lived Radionuclides into Our Protoplanetary Disk	527	Ouellette, N.; Desch, S.J.; Hester, J.J.; Leshin, L.A.
Calcium-Aluminum-Rich Inclusions Are Not Supernova Condensates	539	Nittler, L.R.
The Birth of the Solar System in a Molecular Cloud: Evidence from the Isotopic Pattern of Short-lived Nuclides in the Early Solar System	548	Jacobsen, S.B.
Constraints on the Origin of Chondrules and CAIs from Short-lived and Long-Lived Radionuclides	558	Kita, N.T.; Huss, G.R.; Tachibana, S.; Amelin, Y.; Nyquist, L.E.; Hutcheon, I.D.
Spatial Heterogeneity of Short-lived Isotopes in the Solar Accretion Disk and Early Solar System Chronology	588	Gounelle, M.; Russell, S.S.
SECTION V. CIRCUMSTELLAR AND INTERSTELLAR DUST AND ITS THERMAL PROCESSING IN THE PROTOPLANETARY DISK
Origin and Evolution of Dust in Circumstellar and Interstellar Environments	605	Tielens, A.G.G.M.; Waters, L.B.F.M.; Bernatowicz, T.J.
From Dust to Planets: The Tale Told by Moderately Volatile Elements	632	Yin, Q.
Microstructural Investigations of the Cosmochemical Histories of Presolar Grains	645	Stroud, R.M.
The Nature and Origin of Interplanetary Dust: High-Temperature Components	657	Keller, L.P.; Messenger, S.
Origin and properties of GEMS (Glass with Embedded Metal and Sulfides)	668	Dai. Z.R.; Bradley, J.P.
Microcrystals and Amorphous Material in Comets and Primitive Meteorites: Keys to Understanding Processes in the Early Solar System	675	Nuth, J.A., III.; Brearley, A.J.; Scott, E.R.D.
Genetic Relationships between Chondrules, Fine-grained Rims, and Interchondrule Matrix	701	Huss, G.R.; Alexander, C.M.O'D.; Palme, H.; Bland, P.A.; Wasson, J.T.
Nebula Evolution of Thermally Processed Solids: Reconciling Models and Meteorites	732	Cuzzi, J.N.; Ciesla, F.J.; Petaev, M.I.; Krot, A.N.; Scott, E.R.D.; Weidenschilling, S.J.
Thermal Processing and Radial Mixing of Dust: Evidence from Comets and Primitive Chondrites	774	Wooden, D.H.; Harker, D.E.; Brearley, A.J.
SECTION VI. CHONDRULE-FORMING PROCESSES
Chondrule-forming Processes--An Overview	811	Ciesla, F.J.
Sources of Shock Waves in the Protoplanetary Disk	821	Boss, A.P.; Durisen, R.H.
The Three-Dimensionality of Spiral Shocks: Did Chondrules Catch a Breaking Wave?	839	Boley, A.C.; Durisen, R.H.; Pickett, M.K.
Heating of Chondritic Materials in Solar Nebula Shocks	849	Desch, S.J.; Ciesla, F.J.; Hood, L.L.; Nakamoto, T.
Chondrule Formation in Planetesimal Bow Shocks: Heating and Cooling Rates	873	Hood, L.L.; Ciesla, F.J.; Weidenschilling, S.J.
Chondrule-forming Shock Waves in the Solar Nebula by X-Ray Flares	883	Nakamoto, T.; Hayashi, M.R.; Kita, N.T.; Tachibana, S.
Difficulties of Chondrule Formation by Nebular Shock Waves	893	Uesugi, M.; Akaki, T.; Sekiya, M.; Nakamura, T.; Tsuchiyama, A.; Nakano, T.; Uesugi, K.
A Proposed Origin for Chondrule-forming Shocks in the Solar Nebula	903	Nelson, A.F.; Ruffert, M.
SECTION VII. ROLE OF PLANETESIMALS IN CHONDRULE FORMATION
Implications of 26Al in Nebular Dust: Formation of Chondrules by Disruption of Molten Planetesimals	915	Sanders, I.S.; Taylor, G.J.
Chondrules: Chemical, Petrographic and Chronologic Clues to Their Origin by Impact	933	Hutchison, R.; Bridges, J.C.; Gilmour, J.D.
SECTION VIII. SYNTHESIS AND FUTURE WORK
The Chondrite Types and Their Origins	953	Wood, J.A.
From Supernovae to Planets: The View from Meteorites and Interplanetary Dust Particles	972	Alexander, C.M.O'D.
Key Astrophysical Issues	1003	Hartmann, L.
MISCELLANEOUS
Glossary	1016	various

Astronomical Society of the Pacific
Conference Series

© Copyright 1988 - 2024 - Astronomical Society of the Pacific
No part of the material protected by this copyright may be reproduced or used in any form other than for personal use without written permission from the ASP.

Page generated in 0.206 seconds