<--- Back to Details
First PageDocument Content
Planetary science / Olivine / 81P/Wild / Protoplanetary disk / Debris disk / Extrasolar planet / Kuiper belt / Asteroid / Forsterite / Nesosilicates / Solar System / Astronomy
Date: 2012-10-07 22:35:43
Planetary science
Olivine
81P/Wild
Protoplanetary disk
Debris disk
Extrasolar planet
Kuiper belt
Asteroid
Forsterite
Nesosilicates
Solar System
Astronomy

Add to Reading List

Source URL: 211.144.68.84

Download Document from Source Website

File Size: 245,77 KB

Share Document on Facebook

Similar Documents

46th Lunar and Planetary Science Conferencepdf SILICON CONDENSATION IN TYPE 1AB CHONDRULES AT NEAR EQUILIBRIUM CONDITIONS. E. R. Harju,1 I. E. Kohl1, A. E. Rubin1, and E. D. Young1, 1Department of Earth, Pl

46th Lunar and Planetary Science Conferencepdf SILICON CONDENSATION IN TYPE 1AB CHONDRULES AT NEAR EQUILIBRIUM CONDITIONS. E. R. Harju,1 I. E. Kohl1, A. E. Rubin1, and E. D. Young1, 1Department of Earth, Pl

DocID: 1rqW8 - View Document

IMA2010 CONFERENCE NEWS TUESDAY The daily newspaper of the 20th General Meeting of the International Mineralogical Association  Fro

IMA2010 CONFERENCE NEWS TUESDAY The daily newspaper of the 20th General Meeting of the International Mineralogical Association Fro

DocID: 1rmqD - View Document

Empirical constraints on extrusion mechanisms from the upper margin of an exhumed high-grade orogenic core, Sutlej valley, NW India

Empirical constraints on extrusion mechanisms from the upper margin of an exhumed high-grade orogenic core, Sutlej valley, NW India

DocID: 1r13g - View Document

RE S EAR CH | R E P O R T S  0.1, consistent with a small finite microwave occupation factor (nc ≈ 0.6 T 0.1) in addition to the quantum fluctuations. In contrast, we do not observe a large increase in the mechanical f

RE S EAR CH | R E P O R T S 0.1, consistent with a small finite microwave occupation factor (nc ≈ 0.6 T 0.1) in addition to the quantum fluctuations. In contrast, we do not observe a large increase in the mechanical f

DocID: 1r118 - View Document

44th Lunar and Planetary Science Conferencepdf RELATIVE SENSITIVITY FACTOR DEFINED FOR 53Mn-53Cr CHRONOMETRY OF SECONDARY FAYALITE. P. M. Doyle1,2*, K. Nagashima2, K. Jogo2, and A. N. Krot1,2. 1University o

44th Lunar and Planetary Science Conferencepdf RELATIVE SENSITIVITY FACTOR DEFINED FOR 53Mn-53Cr CHRONOMETRY OF SECONDARY FAYALITE. P. M. Doyle1,2*, K. Nagashima2, K. Jogo2, and A. N. Krot1,2. 1University o

DocID: 1qEws - View Document