Magnetization of carbonaceous asteroids by nebular fields and the origin of CM chondrites

S Courville, J O'Rourke, J Castillo-Rogez, R Fu, R Oran… - 2022 - researchsquare.com
The solar nebula carried a strong magnetic field that had a stable intensity and direction for
periods of a thousand years or more1. The solar nebular field may have produced post …
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[PDF][PDF] Magnetization of carbonaceous asteroids by nebular elds and the origin of CM chondrites

S Courville, J O'Rourke, J Castillo-Rogez, R Fu, R Oran… - scholar.archive.org
The solar nebula carried a strong magnetic field that had a stable intensity and direction for
14 periods of a thousand years or more1. The solar nebular field may have produced post …

Magnetization of carbonaceous asteroids by nebular fields and the origin of CM chondrites

SW Courville, J O'Rourke… - AGU Fall Meeting …, 2021 - ui.adsabs.harvard.edu
Within the young solar system, a strong magnetic field permeated the protoplanetary disc.
The solar nebular magnetic field is likely the source of magnetization for some meteorites …

Magnetization of carbonaceous asteroids by nebular fields and the origin of CM chondrites

S Courville, J O'Rourke, J Castillo-Rogez, R Fu, R Oran… - 2022 - europepmc.org
The solar nebula carried a strong magnetic field that had a stable intensity and direction for
periods of a thousand years or more1. The solar nebular field may have produced post …

Magnetization of carbonaceous asteroids by nebular fields and the origin of CM chondrites

SW Courville, J O'Rourke, J Castillo-Rogez… - Authorea …, 2022 - essopenarchive.org
Within the young solar system, a strong magnetic field permeated the protoplanetary disc.
The solar nebular magnetic field is likely the source of magnetization for some meteorites …

Magnetization of carbonaceous asteroids by nebular fields and the origin of CM chondrites

SW Courville, J O'Rourke, J Castillo-Rogez, R Fu… - Authorea …, 2022 - techrxiv.org
Within the young solar system, a strong magnetic field permeated the protoplanetary disc.
The solar nebular magnetic field is likely the source of magnetization for some meteorites …

Magnetization of carbonaceous asteroids by nebular fields and the origin of CM chondrites

SW Courville, J O'Rourke, J Castillo-Rogez… - Authorea …, 2022 - advance.sagepub.com
Within the young solar system, a strong magnetic field permeated the protoplanetary disc.
The solar nebular magnetic field is likely the source of magnetization for some meteorites …

Magnetization of carbonaceous asteroids by nebular fields and the origin of CM chondrites

SW Courville, J O'Rourke, J Castillo-Rogez, R Fu… - Authorea …, 2022 - authorea.com
Within the young solar system, a strong magnetic field permeated the protoplanetary disc.
The solar nebular magnetic field is likely the source of magnetization for some meteorites …

Magnetization of carbonaceous asteroids by nebular fields and the origin of CM chondrites

SW Courville, J O'Rourke, J Castillo-Rogez, R Fu… - 2022 - advance.sagepub.com
Within the young solar system, a strong magnetic field permeated the protoplanetary disc.
The solar nebular magnetic field is likely the source of magnetization for some meteorites …

[引用][C] Magnetization of carbonaceous asteroids by nebular fields and the origin of CM chondrites

SW Courville, J O'Rourke… - ESS Open Archive …, 2021 - ui.adsabs.harvard.edu
Magnetization of carbonaceous asteroids by nebular fields and the origin of CM chondrites -
NASA/ADS Now on home page ads icon ads Enable full ADS view NASA/ADS Magnetization of …