GEG - Geothermal Energy and Geofluids

Structure and electric field gradients in three fentanyl solid forms from first-principles calculations and solid-state NMR

Wagle, K., Altenhof, A. R., Crotzer, M. G., Alvarez, M. A., Batrice, R. J., Williams, R. F., Tondreau, A. M., Mattsson, A. E., Mason, H. E., Rehn, D. A., and Malone, M. W.

2026Refereed Publications in Journals Peer-ReviewedCommunications Chemistry(Published: September 21, 2026)

DOIDOI: 10.1038/s42004-026-02191-4

Possible False Negative: Marked as Non-GEG ("no"), but published on September 21, 2026 while Adam R. Altenhof [Senior Researchers (2025-03-01–present)] [Affiliation: Not specified in DOI metadata] held an active GEG appointment.

RecommendationIf this was an official GEG publication, please set GEG Own to "yes". If conducted externally, please suppress this warning with an explanatory comment in Intra.

Investigating trends in actinide covalency and magnetism with 35/37 Cl SSNMR spectroscopy and first-principles calculations

Altenhof, A. R., Erickson, K. A., Rehn, D. A., Fetrow, T. V., Mattsson, A. E., Monreal, M. J., and Mason, H. E.

2026Refereed Publications in Journals Peer-ReviewedPhysical Chemistry Chemical Physics 28, pp. 13309–13320(Published: January 1, 2026)

DOIDOI: 10.1039/d5cp03944d

Possible False Negative: Marked as Non-GEG ("no"), but published on January 1, 2026 while Adam R. Altenhof [Senior Researchers (2025-03-01–present)] [Affiliation: Not specified in DOI metadata] held an active GEG appointment.

RecommendationIf this was an official GEG publication, please set GEG Own to "yes". If conducted externally, please suppress this warning with an explanatory comment in Intra.

Structure and electric field gradients in three fentanyl solid forms from first-principles calculations and solid-state NMR

Wagle, K., Altenhof, A. R., Crotzer, M. G., Alvarez, M. A., Batrice, R. J., Williams, R. F., Tondreau, A. M., Mattsson, A. E., Mason, H. E., Rehn, D. A., and Malone, M. W.

2026Refereed Publications in Journals Peer-ReviewedCommunications Chemistry(Published: September 21, 2026)

DOIDOI: 10.1038/s42004-026-02191-4

RecommendationIf this was an official GEG publication, please set GEG Own to "yes". If conducted externally, please suppress this warning with an explanatory comment in Intra.

Investigating trends in actinide covalency and magnetism with 35/37 Cl SSNMR spectroscopy and first-principles calculations

Altenhof, A. R., Erickson, K. A., Rehn, D. A., Fetrow, T. V., Mattsson, A. E., Monreal, M. J., and Mason, H. E.

2026Refereed Publications in Journals Peer-ReviewedPhysical Chemistry Chemical Physics 28, pp. 13309–13320(Published: January 1, 2026)

DOIDOI: 10.1039/d5cp03944d

RecommendationIf this was an official GEG publication, please set GEG Own to "yes". If conducted externally, please suppress this warning with an explanatory comment in Intra.

Ann E. Mattsson

Published As

Publications

Refereed Publications in Journals

2026 (2 publications - to date)

Structure and electric field gradients in three fentanyl solid forms from first-principles calculations and solid-state NMR

Investigating trends in actinide covalency and magnetism with 35/37 Cl SSNMR spectroscopy and first-principles calculations

Refereed Publications in Journals

2026 (2 publications - to date)

Structure and electric field gradients in three fentanyl solid forms from first-principles calculations and solid-state NMR

Investigating trends in actinide covalency and magnetism with 35/37 Cl SSNMR spectroscopy and first-principles calculations