Test beam evaluation of silicon strip modules for ATLAS phase-II strip tracker upgrade
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Engineering topics
Publications and source records attributed to Sullivan, S..
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Magnetic susceptibility of 11 glass spherules from the Apollo 14 lunar fines have been measured from room temperature to 4 K. Data taken at room temperature, 77 K, and 4.2 K, show that the soft saturation magnetization was temperature independent. In the temperature range 300 to 77 K the temperature-dependent component of the magnetic susceptibility obeys the Curie law. Susceptibility measurements on these same specimens and in addition 14 similar spherules from the Apollo 11 and 12 mission show a Curie-Weiss relation at temperatures less than 77 K with a Weiss temperature of 3-7 degrees in contrast to 2-3 degrees found for tektites and synthetic glasses of tektite composition. A proposed model and a theoretical expression closely predict the variation of the susceptibility of the glass spherules with temperature.
Magnetic properties of glass spherules from Apollo 11 and 12 fines, determining oxidation effect
Apollo 11 lunar fines glass spherules magnetic properties, considering soft and hard ferromagnetic components
Normal and bottle-green microtektite glass measured for magnetic susceptibility, magnetization and Curie constants
Magnetic susceptibility, magnetization, and Curie constants for normal and bottle-green microtektites found in deep-sea sediment cores