3D imaging of natural volcanic ash fragments and comparison with experimentally-vesiculated volcanic glass

Nick Petford, D Wertheim, G Gillmore, Iona Mcintosh

Research output: Contribution to conference typesPosterResearch

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Abstract

Volcanic particles in ash clouds can cause adverse effects on human health as well as having the potential to cause critical damage to aircraft. In order to improve understanding of the underlying causes for the damage caused by volcanic particles we examined their appearance in 3D using confocal microscopy. We present here results of 3D imaging of volcanic glass particles from two Icelandic volcanoes together with experimentally-vesiculated volcanic glass. True colour 3D images were obtained using an Olympus LEXT 3D laser scanning reflectance confocal microscope. The images show bubble structure, fracture patterns, shape morphology and characteristics of grains. Simulated fragments and bubbles compare well with real material from the Icelandic events, with similar overall bubble sizes. 3D laser confocal microscopy imaging of volcanic glass fragments helps in examining the structure of volcanic particles and hence has the potential of leading to improved understanding of their potential impact.
Original languageEnglish
Publication statusPublished - 8 Jan 2019
EventThe Volcanic and Magmatic Studies Group International Annual Meeting: VMSG 2019 - the University of St Andrews, Fife, United Kingdom
Duration: 8 Jan 201910 Jan 2019
https://vmsg666952477.wordpress.com/

Workshop

WorkshopThe Volcanic and Magmatic Studies Group International Annual Meeting
CountryUnited Kingdom
CityFife
Period8/01/1910/01/19
Internet address

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volcanic glass
volcanic ash
bubble
microscopy
laser
damage
reflectance
aircraft
ash
volcano
particle
comparison

Keywords

  • Volcanic ash particles

Cite this

Petford, N., Wertheim, D., Gillmore, G., & Mcintosh, I. (2019). 3D imaging of natural volcanic ash fragments and comparison with experimentally-vesiculated volcanic glass. Poster session presented at The Volcanic and Magmatic Studies Group International Annual Meeting, Fife, United Kingdom.
Petford, Nick ; Wertheim, D ; Gillmore, G ; Mcintosh, Iona. / 3D imaging of natural volcanic ash fragments and comparison with experimentally-vesiculated volcanic glass. Poster session presented at The Volcanic and Magmatic Studies Group International Annual Meeting, Fife, United Kingdom.
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Petford, N, Wertheim, D, Gillmore, G & Mcintosh, I 2019, '3D imaging of natural volcanic ash fragments and comparison with experimentally-vesiculated volcanic glass' The Volcanic and Magmatic Studies Group International Annual Meeting, Fife, United Kingdom, 8/01/19 - 10/01/19, .

3D imaging of natural volcanic ash fragments and comparison with experimentally-vesiculated volcanic glass. / Petford, Nick; Wertheim, D; Gillmore, G; Mcintosh, Iona.

2019. Poster session presented at The Volcanic and Magmatic Studies Group International Annual Meeting, Fife, United Kingdom.

Research output: Contribution to conference typesPosterResearch

TY - CONF

T1 - 3D imaging of natural volcanic ash fragments and comparison with experimentally-vesiculated volcanic glass

AU - Petford, Nick

AU - Wertheim, D

AU - Gillmore, G

AU - Mcintosh, Iona

PY - 2019/1/8

Y1 - 2019/1/8

N2 - Volcanic particles in ash clouds can cause adverse effects on human health as well as having the potential to cause critical damage to aircraft. In order to improve understanding of the underlying causes for the damage caused by volcanic particles we examined their appearance in 3D using confocal microscopy. We present here results of 3D imaging of volcanic glass particles from two Icelandic volcanoes together with experimentally-vesiculated volcanic glass. True colour 3D images were obtained using an Olympus LEXT 3D laser scanning reflectance confocal microscope. The images show bubble structure, fracture patterns, shape morphology and characteristics of grains. Simulated fragments and bubbles compare well with real material from the Icelandic events, with similar overall bubble sizes. 3D laser confocal microscopy imaging of volcanic glass fragments helps in examining the structure of volcanic particles and hence has the potential of leading to improved understanding of their potential impact.

AB - Volcanic particles in ash clouds can cause adverse effects on human health as well as having the potential to cause critical damage to aircraft. In order to improve understanding of the underlying causes for the damage caused by volcanic particles we examined their appearance in 3D using confocal microscopy. We present here results of 3D imaging of volcanic glass particles from two Icelandic volcanoes together with experimentally-vesiculated volcanic glass. True colour 3D images were obtained using an Olympus LEXT 3D laser scanning reflectance confocal microscope. The images show bubble structure, fracture patterns, shape morphology and characteristics of grains. Simulated fragments and bubbles compare well with real material from the Icelandic events, with similar overall bubble sizes. 3D laser confocal microscopy imaging of volcanic glass fragments helps in examining the structure of volcanic particles and hence has the potential of leading to improved understanding of their potential impact.

KW - Volcanic ash particles

M3 - Poster

ER -

Petford N, Wertheim D, Gillmore G, Mcintosh I. 3D imaging of natural volcanic ash fragments and comparison with experimentally-vesiculated volcanic glass. 2019. Poster session presented at The Volcanic and Magmatic Studies Group International Annual Meeting, Fife, United Kingdom.