Showing 161 - 180 results of 4,246 for search '(( via ((teer decrease) OR (larger decrease)) ) OR ( via ((large decrease) OR (large increases)) ))', query time: 0.97s Refine Results
  1. 161
  2. 162
  3. 163

    Adaptive Design and Analysis Via Partitioning Trees for Emulation of a Complex Computer Code by Sonja Isberg (12086259)

    Published 2022
    “…However, even this statistical emulator can be computationally intractable for large designs, due to computing time increasing with the cube of the design size. …”
  4. 164
  5. 165
  6. 166
  7. 167
  8. 168
  9. 169
  10. 170
  11. 171
  12. 172
  13. 173
  14. 174
  15. 175
  16. 176
  17. 177
  18. 178

    Increased Crystal Field Drives Intermediate Coupling and Minimizes Decoherence in Tetravalent Praseodymium Qubits by Arun Ramanathan (9992643)

    Published 2023
    “…Herein, the magnitude of the CF is increased via control of the RE oxidation state. The enhanced 4f metal–ligand covalency in Pr<sup>4+</sup> gives rise to CF energy scales that compete with the spin–orbit coupling of Pr<sup>4+</sup> and thereby shifts the paradigm from the ionic ζ<sub>SOC</sub> ≫ <i>V</i><sub>CF</sub> limit, used to describe trivalent RE-ion, to an intermediate coupling (IC) regime. …”
  19. 179

    Increased Crystal Field Drives Intermediate Coupling and Minimizes Decoherence in Tetravalent Praseodymium Qubits by Arun Ramanathan (9992643)

    Published 2023
    “…Herein, the magnitude of the CF is increased via control of the RE oxidation state. The enhanced 4f metal–ligand covalency in Pr<sup>4+</sup> gives rise to CF energy scales that compete with the spin–orbit coupling of Pr<sup>4+</sup> and thereby shifts the paradigm from the ionic ζ<sub>SOC</sub> ≫ <i>V</i><sub>CF</sub> limit, used to describe trivalent RE-ion, to an intermediate coupling (IC) regime. …”
  20. 180

    Increased Crystal Field Drives Intermediate Coupling and Minimizes Decoherence in Tetravalent Praseodymium Qubits by Arun Ramanathan (9992643)

    Published 2023
    “…Herein, the magnitude of the CF is increased via control of the RE oxidation state. The enhanced 4f metal–ligand covalency in Pr<sup>4+</sup> gives rise to CF energy scales that compete with the spin–orbit coupling of Pr<sup>4+</sup> and thereby shifts the paradigm from the ionic ζ<sub>SOC</sub> ≫ <i>V</i><sub>CF</sub> limit, used to describe trivalent RE-ion, to an intermediate coupling (IC) regime. …”