Transmission electron microscopy of metallic nanoparticles extracted from soils dated to the Younger Dryas; persistence and generation during chemical digestion
Sluder · 2023
MSc Thesis - University of Oklahoma
No full-text link supplied in the source.
Citation
Sluder (2023). Transmission electron microscopy of metallic nanoparticles extracted from soils dated to the Younger Dryas; persistence and generation during chemical digestion. MSc Thesis - University of Oklahoma.
Author names and publication information are transcribed from the source; some author lists are abbreviated.
Editorial assessment & provenance
- Editorial assessment
- Neutral; implications unclear
- Source collection
- Peer Reviewed Literature
- Record type
- Paper
- Publication status
- Not independently checked
- Author affiliation
- Unaffiliated with YDB/CRG teams (source classification)
- Source location
- Peer Reviewed Literature, row 216
- Snapshot imported
- 2026-10-08
Source notes
From the lab of Leland Bement, this new study concerns some of the accusations made by Daulton et al. (2017) regarding the mischaracterisation or misidentification of nanodiamonds from Bull Creek in the Oklahoma Panhandle. Thesis currently under embargo.
Original source symbols
Assessment: 😐❔ · Proxies: Not supplied
Editorial assessments are those of the bibliography’s curators. The authors’ conclusions should be read in the original publication. Corrections, retractions, and review status have not been comprehensively audited.