Argonne National Laboratory (EXT-015)

Summary 🟡 ~

• Owner Unit: External partner organization
• Content Type: partnership
• Campus/Location: Off-campus (Lemont, IL)
• Last Verified: July 1, 2026

Organization

Argonne National Laboratory is a U.S. Department of Energy multidisciplinary science and engineering laboratory. DePaul's documented user-facility relationships include sub-facilities such as the Advanced Photon Source (EXT-003), Argonne Leadership Computing Facility (EXT-004), and the Argonne Tandem Linac Accelerator System (EXT-012).

Access status

• Level: yellow (Negotiated Access)
• Rationale: Argonne National Laboratory parent organization; DePaul user-facility access (APS, ALCF, CNM) coordinated through ORS and DOE user programs.
• Access URL: offices.depaul.edu/research-services/Pages/default.aspx
• Contact name: Office of Research Services
• Contact email: ors@depaul.edu
• Verification date: 2026-06-30
• Source URLs:
• science.osti.gov/laboratories/Argonne-National-Laboratory

Linked publications

• Automated Image Analysis of Noisy Microarrays — DOI (PUB-161). Dataset provided by Argonne; MATLAB analysis at DePaul. Does not name ALCF.
• GRA-990 — NSF REU site at DePaul and Argonne National Laboratory in bioinformatics and grid computing (Scholars project page; packet 2026-08-21-scholars-projects-promotion). Does not name ALCF.

Documented connections

Generated from publication↔resource and person↔publication registries. Superscript numbers open Sources below. Multiple sources on one claim are grouped as ^1,4. Grant links are listed on publication and grant pages.

Publications

• Evaluating Low Cost Sensor Performance for Use in Industrial Internet-of-Things Platforms: Distributed Sensing Solutions for Urban Area Air Quality Health Monitors (2020) — documented, collaborates with · DOI¹
• The Atomic Structure of Amorphous Oxide Semiconductors (2014) — documented, uses · DOI²
• Automated Image Analysis of Noisy Microarrays (2007) — documented, uses · DOI³
• Evaluating Low Cost Sensor Performance for Use in Industrial Internet-of-Things Platforms: Distributed Sensing Solutions for Urban Area Air Quality Health Monitors (2020) — documented, mentions · DOI⁴
• Structural measurement of electron-phonon coupling and electronic thermal transp (2022) — supporting, mentions · DOI⁵
• Elucidating the Solution-Phase Structure and Behavior of 8-Hydroxyquinoline Zinc (2018) — supporting, mentions · DOI⁶
• Direct measurements of multi-photon induced nonlinear lattice dynamics in semico (2016) — supporting, mentions · DOI⁷
• Ultrafast Carrier–Lattice Interactions and Interlayer Modulations of Bi_2</s (2021) — supporting, mentions · DOI⁸
• Non-thermal fluence threshold for femtosecond pulsed x-ray radiation damage in p (2019) — supporting, mentions · DOI⁹
• Picosecond x-ray strain rosette reveals direct laser excitation of coherent tran (2016) — supporting, mentions · DOI¹⁰
• Subpicosecond Optical Stress Generation in Multiferroic BiFeO₃ (2022) — supporting, mentions · DOI¹¹
• Resonant x-ray absorption of strong-field-ionized CF _3< (2020) — supporting, mentions · DOI¹²
• Effect of Zinc and Strontium Dopants on the Structure and Stability of Hydroxyap (2018) — supporting, mentions · DOI¹³
• The Crystal Structure of (CuxZn1-x)0.456In1.084Ge0.46O3 (CuZIGO) Using Neutron a (2020) — supporting, mentions · DOI¹⁴
• Crystallographic Analysis of the Dorsal Spine of Squalus suckleyi (2024) — supporting, mentions · DOI¹⁵
• The Effect of Grain Size and Forming Gas Reduction on the Electrical Properties (2013) — supporting, mentions · DOI¹⁶
• Analyzing Nanoscale Thermal Transport Using Time-Resolved X-ray Diffraction (2021) — supporting, mentions · DOI¹⁷
• Structural Studies of Proteins in Solution: Cytochrome-C and Mitochondrial RHO (2013) — supporting, mentions · DOI¹⁸
• Time Resolved SAXS Analysis of Fusion Protein (2013) — supporting, mentions · DOI¹⁹
• The Crystal Structure of Hexagonal Molybdenum Oxynitride Hydride (2023) — supporting, mentions · DOI²⁰
• Multiwavelength X-Ray Diffraction (2015) — supporting, mentions · DOI²¹
• Picosecond time-resolved laser pump/X-ray probe experiments using a gated single (2009) — supporting, mentions · DOI²²
• Workflows Community Summit 2024: Future Trends and Challenges in Scientific Work (2024) — supporting, mentions · DOI²³
• Hard x-ray methods for studying the structure of amorphous thin films and bulk g (2021) — supporting, mentions · DOI²⁴
• Measuring femtometer lattice displacements driven by free carrier diffusion in a (2018) — supporting, mentions · DOI²⁵
• Structural assembly of the human Miro1/2 GTPases based on the crystal structure (2019) — supporting, mentions · DOI²⁶
• Reproducible Notebook Containers using Application Virtualization (2022) — supporting, mentions · DOI²⁷
• Ultrafast carrier-lattice interactions and interlayer modulations of Bi2Se3 by X (2021) — supporting, mentions · DOI²⁸
• Workflows Community Summit 2024: Future Trends and Challenges in Scientific Work (2024) — supporting, mentions · DOI²⁹

People on linked publications

• Mark J. Potosnak (coauthor; PUB-037)¹
• Eric Landahl (coauthor; PUB-049)⁵
• Kyle A. Grice (coauthor; PUB-051)⁶
• Daniela Raicu (coauthor; PUB-161)³
• Jacob Furst (coauthor; PUB-161)³
• Tanu Malik (author; PUB-192)²³
• Gabriela Gonzalez Aviles (author; PUB-455)²⁴

Sources

1. ECS Meeting Abstracts: Array of Things is a smart-cities joint initiative involving a partnership between Argonne National Laboratory, the University of Chicago, and the City of Chicago; nodes incorporate low-power electrochemical gas sensors for urban air-quality monitoring. DOI
2. Wide-angle x-ray scattering data were collected at Argonne National Laboratory. Archived source retained by Resource Map maintainers. View current source
3. The data set was provided by Argonne National Laboratories in Illinois. Archived source retained by Resource Map maintainers. View current source
4. {'resource_id': 'EXT-015', 'label': 'Argonne National Laboratory', 'pattern': '\bargonne\b|\badvanced photon source\b|\baps\b'}. Archived source retained by Resource Map maintainers. View current source
5. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
6. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
7. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
8. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
9. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
10. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
11. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
12. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
13. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
14. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
15. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
16. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
17. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
18. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
19. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
20. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
21. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
22. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
23. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
24. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
25. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
26. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
27. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
28. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source
29. gazetteer hit in OA full text. Archived source retained by Resource Map maintainers. View current source

Notes

Parent organization resource for Argonne sub-facility ownership arrows (ORS policy 2026-07-01). Sub-facilities are owned by Argonne, not self-owned partner rows.