Quantitative Geochemical and Petrological Analysis
![]({"small":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_richard-taylor.ts-1606915607110.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=0%2C24%2C172%2C172&w=640&s=e3735d4a814761f28944e13323bb5715","large":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_richard-taylor.ts-1606915607110.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=0%2C24%2C172%2C172&w=1280&s=14ef47e8c36037ca5a51e7d71f19c487","medium":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_richard-taylor.ts-1606915607110.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=0%2C24%2C172%2C172&w=832&s=8660568a2a7f478f8b0379626d0d7ff6","full":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_richard-taylor.ts-1606915607110.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=0%2C24%2C172%2C172&w=1920&s=d461716a90fd2375541f9a6d10b5286c"})
Dr. Richard Taylor
Applications Manager for Geoscience, ZEISS Microscopy
![]({"small":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_eddy-hill.ts-1606915606950.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=0%2C12%2C169%2C169&w=640&s=e080faee89ec70074391a7a8b3634997","large":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_eddy-hill.ts-1606915606950.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=0%2C12%2C169%2C169&w=1280&s=2bdeb551a67a0def69f8fe7ad5d101c2","medium":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_eddy-hill.ts-1606915606950.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=0%2C12%2C169%2C169&w=832&s=a57fe21617d03417acfaaa265733f593","full":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_eddy-hill.ts-1606915606950.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=0%2C12%2C169%2C169&w=1920&s=035b28afbfce5b48e6fd93f9e36daf02"})
Dr. Eddy Hill
Applications Manager for Mining, ZEISS Microscopy
![]({"small":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_rosie-jones.ts-1606915607185.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=12%2C3%2C151%2C151&w=640&s=e21132d2aa04f8ab3192974aa81518ea","large":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_rosie-jones.ts-1606915607185.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=12%2C3%2C151%2C151&w=1280&s=63b810fc741b836120df1666e57bc6b6","medium":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_rosie-jones.ts-1606915607185.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=12%2C3%2C151%2C151&w=832&s=11b1b384dae3887e35909314ab8e7a7a","full":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_rosie-jones.ts-1606915607185.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=12%2C3%2C151%2C151&w=1920&s=5d308cb6e9077c4ed06ee9947210246a"})
Dr. Rosie Jones
Product Scientist, Oxford Instruments
![]({"small":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_matt-hiscock.ts-1606915607023.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=17%2C13%2C145%2C145&w=640&s=bf6f4a470b51c7961cae180787ce4359","large":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_matt-hiscock.ts-1606915607023.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=17%2C13%2C145%2C145&w=1280&s=52169720763a510ee1625e0e5af65461","medium":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_matt-hiscock.ts-1606915607023.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=17%2C13%2C145%2C145&w=832&s=c2204559017cd71d5969030fda8a6caf","full":"https://images.zeiss.com/Microscopy/resource-center/authors/speaker_matt-hiscock.ts-1606915607023.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&rect=17%2C13%2C145%2C145&w=1920&s=3f6d52938b7c6c54e12e29763d5024ff"})
Dr. Matt Hiscock
Head of product Science, Oxford Instruments NanoAnalysis
In this webinar we demonstrate the research tasks in igneous and metamorphic petrology. This includes mapping from full thin sections to microscale features with greater speed, accuracy, and flexibility than has previously been possible.
Key Learnings:
- Use of a unique analytical approach combining automated mineral mapping with quantitative geochemical analysis
- Bulk sample chemistry can be obtained at any scale within a petrographic thin section
- Standard calibrated quantitative EDS can allow geological conditions to be constrained with direct context to petrographic observations
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