Samantha Gateman

Urgent Replacement of Sputtering Thin Film Deposition Instrumentation in Open User Facility

Principal investigators: Lagugné-Labarthet, François

Keywords: thin film deposition; semiconducting materials; optoelectronic devices; biosensing; nanofabrication processes

Corrosion resilience of Cu coatings and welds in closure zones: Understanding localized degradation and radiation effects for long-term nuclear waste containment safety

Principal investigators: Gateman, Samantha

Keywords: Materials performance; Nuclear energy

Advancing Automotive Efficiency through Multiscale Electrochemical Analysis of Advanced High-Strength Steels

Principal investigators: Gateman, Samantha SM

Keywords: advanced high strength steel; corrosion; electrochemistry; metallurgy; scanning electrochemical microscopy; surface science

Addressing long-term containment of Small modular reactor fuel waste using a chemical and materials science approach

Principal investigators: Gateman, Samantha SM

Keywords: corrosion; electrochemistry; high level nuclear waste; materials degradation; mechanical stress; radiation damage; small modular reactors; surface chemistry

Increasing Confidence in Localized Corrosion Allowance of Copper Coated Steel Containers

Principal investigators: Gateman, Samantha SM

Keywords: copper corrosion; corrosion; electrochemistry; microelectrochemistry; nuclear waste management; radiation induced corrosion; scanning electrochemical microscopy; surface chemistry; thermal spray coatings; used nuclear fuel containers

Characterizing Corrosion Inhibition Performance of Advanced Coating Technologies using Micro Electrochemical Methods

Principal investigators: Gateman, Samantha

Keywords: corrosion; electrochemistry; scanning electrochemical probe methods; coatings; thermal spray coatings; polymer brushes; material degradation; microelectrochemistry; metal powder; methodology development

Characterizing Corrosion Inhibition Performance of Advanced Coating Technologies using Micro Electrochemical Methods

Principal investigators: Gateman, Samantha