The natural remanent magnetization (NRM) in individual chondrules from the Allende
meteorite was measured. These had previously been oriented relative to each other. The …

We have studied individual chondrules from the Allende meteorite in an effort to determine
the ancient magnetic field present when the chondrules formed. An unusual magnetic …

The ferromagnetism of irons, stony-irons, E-, H-, L-and LL-chondrites and achondrites is due
to a metallic phase comprising mostly Fe and Ni and small amounts of Co and P. The …

The intensity of natural remanent magnetization (NRM) is nearly proportional to the intensity
of saturation remanent magnetization in achondrites and carbonaceous chondrites. The …

We have observed natural remanent magnetizations (NRM), ranging from 10− 3 to 10− 5
Gauss cm 3/g, at least two orders of magnitude greater than 10− 7, the noise level of our …

Remanent magnetization of carbonaceous chondrite meteorites apparently reflects the
presence of a strong magnetic field during the formation of the solar system. This remanence …

We introduce the theoretical basis of a new form of remanent magnetization that likely
formed on primitive bodies in the solar system. Accretional detrital remanent magnetization …

Paleofield intensity determinations involving a comparison of the stable natural remanence
(NRM) component with a laboratory thermoremanence (TRM) were carried out on nine …

The magnetic properties of samples of the Olivenza chondrite (LL5) obtained from four
collections have been investigated. The natural remanent magnetization (NRM) consists of a …

The natural remanent magnetization (NRM) carried by a centimeter‐sized dark inclusion, the
surrounding matrix, and individual chondrules in Allende was measured to determine the …