Chemostratigraphy utilizes the elemental, isotopic, and mineralogical compositions of sediments and rocks to understand the conditions of deposition and diagenesis, variations …
Core-scanning X-ray Fluorescence (XRF-CS) is a well-established technique for rapid (< 30 s/interval) analysis of sediment core geochemistry at sub-mm resolution with substantially …
Predicting which marine systems are close to abrupt transitions into oxygen‐deficient conditions (“anoxia”) is notoriously hard but important—as rising temperatures and coastal …
AG Dunlea, RW Murray, R Tada… - Geochemistry …, 2020 - Wiley Online Library
X‐ray fluorescence (XRF) scanning of marine sediment has the potential to yield near‐ continuous and high‐resolution records of elemental abundances, which are often …
Regularly alternating reduction-oxidation (redox) patterns attributed to variations in the Earth's orbit and axis (Milankovitch cycles) are widely recorded in marine sediment …
We analyzed by high resolution X-ray fluorescence core scanning (XRF-CS) the elemental composition of a 12.5 m long composite sediment core extracted from the hypersaline Lake …
Most rivers worldwide are contaminated by various trace metals from different origins, which may be stored for considerable periods of time in depositional areas. Most of these studies …
The paper presents the results of a systematic microfluidic study of the application of nanosuspensions for enhanced oil recovery. For the first time, approximately a dozen …
X-ray fluorescence core scanners (XRF-CS) allow rapid, non-destructive, continuous and high-resolution analyses of the elemental composition of sediment cores, providing large …