Volcanic glass, Peles hair
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Volcanic glass, Peles hair
Scanning electron microscope image of a sample of volcanic glass from Mt. Pele, produced to evaluate different types of laser in Laser Ablation Inductively Coupled Plasma Mass Spectrometry
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Media ID 8605147
© Mary Evans Picture Library 2015 - https://copyrighthub.org/s0/hub1/creation/maryevans/MaryEvansPictureID/10710881
Electron Micrograph Extrusion Extrusive Extrusive Rock Igneous Micrograph Microscope Image Mineral Scanning Electron Micrograph Scanning Electron Microscope Scanning Electron Microscope Image Sem Image Volcanic Volcanic Glass Ablation
EDITORS COMMENTS
1. Title: A Mesmerizing Journey into the Heart of Volcanic Glass: A Scanning Electron Microscope Reveals the Complex Texture of Pele's Hair from Mt. Pele 2.. This stunning scanning electron microscope image (SEM) provides an intriguing glimpse into the intricate world of volcanic glass, specifically a sample sourced from the famous Mt. Pele in Hawaii. Known as "Pele's hair," this igneous rock formation is a result of the rapid cooling and solidification of molten volcanic material during an extrusive eruption. The complex texture of the volcanic glass, as captured in this micrograph, is a testament to the dynamic and chaotic conditions that governed its formation. The glass exhibits a diverse range of features, from smooth, glassy surfaces to rough, fragmented areas, and the presence of various minerals and gas bubbles. The one-of-a-kind appearance of volcanic glass is attributed to its unique formation process. Unlike other igneous rocks, which solidify from a molten state within the Earth's crust, volcanic glass forms when magma cools and solidifies rapidly during an eruption, bypassing the crystallization stage. In this particular SEM image, the volcanic glass sample from Mt. Pele is being evaluated using Laser Ablation Inductively Coupled Plasma Mass Spectrometry (LA-ICP-MS) to better understand the composition and distribution of various elements within the glass. This information can provide valuable insights into the magmatic conditions during the eruption, contributing to a more comprehensive understanding of volcanic processes and the Earth's geological history. This micrograph offers a unique perspective on the beauty and complexity of volcanic glass, inviting us to explore the wonders of the natural world and the ongoing scientific discoveries that lie within.
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