Petrographic & Elemental Characterization
Detailed examination of thin-sections and aggregate sourcing to identify the chemical and physical origins of construction components.
10 Posts
Petrographic & Elemental Characterization
Marcus Sterling
What Rust Can Teach Us About Our Cities
Researchers are using the chemistry of rust and metal corrosion to build accurate historical timelines for urban structures and improve preservation.
Petrographic & Elemental Characterization
Elena Vance
Reading the Hidden Layers of Your City Walls
Discover how scientists are using bricks, mortar, and even rust to read the history of our cities like a giant stone book.
Petrographic & Elemental Characterization
Siobhan O'Malley
The Tiny Holes That Tell A Building's Secret History
Scientists are studying 'building fossils'—tiny pits in metal and layers of rust—to figure out the secret history of our city's skyscrapers and warehouses.
Petrographic & Elemental Characterization
Aris Thorne
Rust and Time: How Metal Decay Tells a Building’s Story
Rust is usually seen as a problem, but for city historians, it's a biological clock. By studying the chemistry of corrosion and tiny holes in iron, researchers can now date buildings with incredible accuracy.
Petrographic & Elemental Characterization
Marcus Sterling
Deciphering Structural Decay: The Forensic Examination of Ferrous Elements in Historical Construction
This report examines how the forensic study of iron oxide formation and pitting corrosion in structural elements provides a precise temporal map of urban history and material longevity.
Petrographic & Elemental Characterization
Marcus Sterling
Corrosive Chronologies: Measuring the Impact of Atmospheric Pollutants on Historic Metalwork
The study of iron oxide patinas and pitting corrosion on structural elements is providing a new temporal record of environmental impact on city buildings.
Petrographic & Elemental Characterization
Julian Thorne
New Spectrometry Protocols for Evaluating Historical Building Material Integrity
New standards in architectural preservation are leveraging thermoluminescence and XRF spectrometry to create precise temporal sequences for historical building materials and their degradation.
Petrographic & Elemental Characterization
Elena Vance
New Protocols in Corrosion Detection for Sub-Surface Urban Infrastructure
Engineers are utilizing chronometric paleontology and patina analysis to monitor and predict the degradation of sub-surface urban infrastructure such as tunnels and bridge supports.
Petrographic & Elemental Characterization
Julian Thorne
The Material Record: Chronometric Paleontology in Urban Redevelopment
The study of chronometric paleontology of urban infill uses advanced dating of mortar, brick, and iron oxide patinas to map the historical layers of modern cities with scientific precision.
Petrographic & Elemental Characterization
Marcus Sterling
Decoding the Strata of History: The Evolution of Chronometric Paleontology in London's Urban Fabric
Explore how the advanced field of Chronometric Paleontology of Urban Infill is using XRF spectrometry and thermoluminescence to decode the hidden history of London's architecture.
