Suchergebnisse

Mamone, S.; Rezaei-Ghaleh, N.; Opazo, F.; Griesinger, C.; Glöggler, S.: Singlet-filtered NMR spectroscopy. Science Advances 6 (8), eaaz1955 (2020)

Xue, K.; Mamone, S.; Koch, B.; Sarkar, R.; Reif, B.: Determination of methyl order parameters using solid state NMR under off magic angle spinning. Journal of Biomolecular NMR (8-9), S. 471 - 475 (2019)

Xue, K.; Mühlbauer, M.; Mamone, S.; Sarkar, R.; Reif, B.: Accurate determination of ¹H‐¹⁵N dipolar couplings using inaccurate settings of the magic angle in solid‐state NMR spectroscopy. Angewandte Chemie International Edition 58 (13), S. 4286 - 4290 (2019)

Yang, S.; McCormick, J.; Mamone, S.; Bouchard, L.-S.; Glöggler, S.: Nuclear spin singlet states in photoactive molecules: From fluorescence/NMR bimodality to a bimolecular switch for spin singlet states. Angewandte Chemie International Edition 58 (9), S. 2879 - 2883 (2019)

Korchak, S.; Emondts, M.; Mamone, S.; Blümich, B.; Glöggler, S.: Production of highly concentrated and hyperpolarized metabolites within seconds in high and low magnetic fields. Physical Chemistry Chemical Physics 21 (41), S. 22849 - 22856 (2019)

Saul, P.; Mamone, S.; Glöggler, S.: Nuclear singlet multimers (NUSIMERs) with long-lived singlet states. Chemical Science 10, S. 413 - 417 (2019)

Mamone, S.; Glöggler, S.: Nuclear spin singlet states as magnetic on/off probes in self-assembling systems. Physical Chemistry Chemical Physics 20 (35), S. 22463 - 22467 (2018)

Korchak, S.; Mamone, S.; Glöggler, S.: Over 50 % ¹H and ¹³C polarization for generating hyperpolarized metabolites—A para‐hydrogen approach. ChemistryOpen 7 (9), S. 672 - 676 (2018)

McCormick, J.; Korchak, S.; Mamone, S.; Ertas, Y.; Liu, Z.; Verlinsky, L.; Wagner, S.; Glöggler, S.; Bouchard, L.: More than 12% polarization and 20 minute lifetime of ¹⁵N on choline derivative utilizing parahydrogen and Rhodium nanocatalyst in water. Angewandte Chemie International Edition 57 (33), S. 10692 - 10696 (2018)

Korchak, S.; Yang, S.; Mamone, S.; Glöggler, S.: Pulsed magnetic resonance to signal‐enhance metabolites within seconds by utilizing para‐hydrogen. ChemistryOpen 7 (5), S. 344 - 348 (2018)