Certificate in Extraterrestrial Material Processing Operations
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⢠Extraterrestrial Material Collection Techniques: This unit will cover various methods and technologies used for collecting extraterrestrial materials, including meteorites, lunar samples, and interplanetary dust particles. Emphasis will be placed on best practices and safety protocols. ⢠Sample Preparation and Handling: This unit will discuss the procedures for preparing and handling extraterrestrial samples, including cleaning, sectioning, and mounting. Students will learn about the importance of reducing contamination and maintaining chain of custody. ⢠Extraterrestrial Material Characterization Techniques: This unit will explore various analytical techniques used to characterize extraterrestrial materials, such as scanning electron microscopy (SEM), transmission electron microscopy (TEM), and X-ray diffraction (XRD). Students will learn how to interpret data and draw conclusions. ⢠Curation and Preservation of Extraterrestrial Samples: This unit will cover long-term storage and preservation of extraterrestrial samples. Topics will include designing and constructing curation facilities, monitoring environmental conditions, and maintaining documentation. ⢠Mineralogy and Petrology of Extraterrestrial Materials: This unit will delve into the mineralogical and petrological properties of extraterrestrial materials, with a focus on meteorites, lunar rocks, and cosmic dust. Students will learn how to identify and classify different types of samples. ⢠Geochronology and Isotopic Analysis of Extraterrestrial Materials: This unit will examine the use of isotopic dating techniques to determine the ages of extraterrestrial materials. Topics will include radiometric dating, isotopic anomalies, and cosmic-ray exposure ages. ⢠Extraterrestrial Materials in the Context of Planetary Science: This unit will place extraterrestrial materials within the broader context of planetary science. Students will learn about the formation and evolution of the solar system and the role that extraterrestrial materials play in understanding these
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