Loose Bulk Density and Length-to-Diameter Ratio of Flexible Needle-like Crystals Crown via Antisolvent Crystallization حسب Chunlei Qin (19193397)

"…Low loose bulk density, a characteristic commonly observed in large accumulations of needle-like crystals, has caused numerous issues in both production processes and daily life. …"

Loose Bulk Density and Length-to-Diameter Ratio of Flexible Needle-like Crystals Crown via Antisolvent Crystallization حسب Chunlei Qin (19193397)

"…Low loose bulk density, a characteristic commonly observed in large accumulations of needle-like crystals, has caused numerous issues in both production processes and daily life. …"

Loose Bulk Density and Length-to-Diameter Ratio of Flexible Needle-like Crystals Crown via Antisolvent Crystallization حسب Chunlei Qin (19193397)

"…Low loose bulk density, a characteristic commonly observed in large accumulations of needle-like crystals, has caused numerous issues in both production processes and daily life. …"

Loose Bulk Density and Length-to-Diameter Ratio of Flexible Needle-like Crystals Crown via Antisolvent Crystallization حسب Chunlei Qin (19193397)

"…Low loose bulk density, a characteristic commonly observed in large accumulations of needle-like crystals, has caused numerous issues in both production processes and daily life. …"

Wet/Dry Bottlebrush Pressure Sensitive Adhesives via a Dangling Defect-Driven Design حسب Brandon R. Clarke (12837931)

"…Further development of the <i>D</i>³ concept is expected to result in increased applications (e.g., dielectric actuators, wearable electronics, and especially soft robotics) as the unique design parameters are further explored.…"

Wet/Dry Bottlebrush Pressure Sensitive Adhesives via a Dangling Defect-Driven Design حسب Brandon R. Clarke (12837931)

"…Further development of the <i>D</i>³ concept is expected to result in increased applications (e.g., dielectric actuators, wearable electronics, and especially soft robotics) as the unique design parameters are further explored.…"

Wet/Dry Bottlebrush Pressure Sensitive Adhesives via a Dangling Defect-Driven Design حسب Brandon R. Clarke (12837931)

"…Further development of the <i>D</i>³ concept is expected to result in increased applications (e.g., dielectric actuators, wearable electronics, and especially soft robotics) as the unique design parameters are further explored.…"

Wet/Dry Bottlebrush Pressure Sensitive Adhesives via a Dangling Defect-Driven Design حسب Brandon R. Clarke (12837931)

"…Further development of the <i>D</i>³ concept is expected to result in increased applications (e.g., dielectric actuators, wearable electronics, and especially soft robotics) as the unique design parameters are further explored.…"

The increased abundance of TKT during infections and NETosis. حسب Donporn Riyapa (742367)

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

"…We demonstrate a relatively large hyperfine interaction of <i>A</i>_iso = 1800 MHz for Pr⁴⁺, coherent manipulation of the spin with <i>Q</i>_M = 2Ω_R<i>T</i>_m, reaching up to ∼400 for <b>0.1Pr:BSO</b> at <i>T</i> = 5 K, and significant improvement of the temperature at which <i>T</i>_m is limited by <i>T</i>₁ (<i>T</i>* = 60 K) compared to other RE ion qubits.…"

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

"…We demonstrate a relatively large hyperfine interaction of <i>A</i>_iso = 1800 MHz for Pr⁴⁺, coherent manipulation of the spin with <i>Q</i>_M = 2Ω_R<i>T</i>_m, reaching up to ∼400 for <b>0.1Pr:BSO</b> at <i>T</i> = 5 K, and significant improvement of the temperature at which <i>T</i>_m is limited by <i>T</i>₁ (<i>T</i>* = 60 K) compared to other RE ion qubits.…"

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

"…We demonstrate a relatively large hyperfine interaction of <i>A</i>_iso = 1800 MHz for Pr⁴⁺, coherent manipulation of the spin with <i>Q</i>_M = 2Ω_R<i>T</i>_m, reaching up to ∼400 for <b>0.1Pr:BSO</b> at <i>T</i> = 5 K, and significant improvement of the temperature at which <i>T</i>_m is limited by <i>T</i>₁ (<i>T</i>* = 60 K) compared to other RE ion qubits.…"

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

"…We demonstrate a relatively large hyperfine interaction of <i>A</i>_iso = 1800 MHz for Pr⁴⁺, coherent manipulation of the spin with <i>Q</i>_M = 2Ω_R<i>T</i>_m, reaching up to ∼400 for <b>0.1Pr:BSO</b> at <i>T</i> = 5 K, and significant improvement of the temperature at which <i>T</i>_m is limited by <i>T</i>₁ (<i>T</i>* = 60 K) compared to other RE ion qubits.…"

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

"…We demonstrate a relatively large hyperfine interaction of <i>A</i>_iso = 1800 MHz for Pr⁴⁺, coherent manipulation of the spin with <i>Q</i>_M = 2Ω_R<i>T</i>_m, reaching up to ∼400 for <b>0.1Pr:BSO</b> at <i>T</i> = 5 K, and significant improvement of the temperature at which <i>T</i>_m is limited by <i>T</i>₁ (<i>T</i>* = 60 K) compared to other RE ion qubits.…"

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

"…We demonstrate a relatively large hyperfine interaction of <i>A</i>_iso = 1800 MHz for Pr⁴⁺, coherent manipulation of the spin with <i>Q</i>_M = 2Ω_R<i>T</i>_m, reaching up to ∼400 for <b>0.1Pr:BSO</b> at <i>T</i> = 5 K, and significant improvement of the temperature at which <i>T</i>_m is limited by <i>T</i>₁ (<i>T</i>* = 60 K) compared to other RE ion qubits.…"

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

"…We demonstrate a relatively large hyperfine interaction of <i>A</i>_iso = 1800 MHz for Pr⁴⁺, coherent manipulation of the spin with <i>Q</i>_M = 2Ω_R<i>T</i>_m, reaching up to ∼400 for <b>0.1Pr:BSO</b> at <i>T</i> = 5 K, and significant improvement of the temperature at which <i>T</i>_m is limited by <i>T</i>₁ (<i>T</i>* = 60 K) compared to other RE ion qubits.…"

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

"…We demonstrate a relatively large hyperfine interaction of <i>A</i>_iso = 1800 MHz for Pr⁴⁺, coherent manipulation of the spin with <i>Q</i>_M = 2Ω_R<i>T</i>_m, reaching up to ∼400 for <b>0.1Pr:BSO</b> at <i>T</i> = 5 K, and significant improvement of the temperature at which <i>T</i>_m is limited by <i>T</i>₁ (<i>T</i>* = 60 K) compared to other RE ion qubits.…"

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

"…We demonstrate a relatively large hyperfine interaction of <i>A</i>_iso = 1800 MHz for Pr⁴⁺, coherent manipulation of the spin with <i>Q</i>_M = 2Ω_R<i>T</i>_m, reaching up to ∼400 for <b>0.1Pr:BSO</b> at <i>T</i> = 5 K, and significant improvement of the temperature at which <i>T</i>_m is limited by <i>T</i>₁ (<i>T</i>* = 60 K) compared to other RE ion qubits.…"

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

"…We demonstrate a relatively large hyperfine interaction of <i>A</i>_iso = 1800 MHz for Pr⁴⁺, coherent manipulation of the spin with <i>Q</i>_M = 2Ω_R<i>T</i>_m, reaching up to ∼400 for <b>0.1Pr:BSO</b> at <i>T</i> = 5 K, and significant improvement of the temperature at which <i>T</i>_m is limited by <i>T</i>₁ (<i>T</i>* = 60 K) compared to other RE ion qubits.…"

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

"…We demonstrate a relatively large hyperfine interaction of <i>A</i>_iso = 1800 MHz for Pr⁴⁺, coherent manipulation of the spin with <i>Q</i>_M = 2Ω_R<i>T</i>_m, reaching up to ∼400 for <b>0.1Pr:BSO</b> at <i>T</i> = 5 K, and significant improvement of the temperature at which <i>T</i>_m is limited by <i>T</i>₁ (<i>T</i>* = 60 K) compared to other RE ion qubits.…"