Performance regimes and optimal bias strength. by Clémence Bergerot (19541372)

“…To obtain these plots, we converted each data point from the previous Q-value-gap distributions to a behavior profile <i>via</i> the softmax formula. We then computed the mean of every subsequent behavior-profile distribution. …”

DataSheet4_Effect of Velocity and Contact Stress Area on the Dynamic Behavior of the Spinal Cord Under Different Testing Conditions.PDF by Chen Jin (703369)

“…Additionally, the cord became stiffer (i.e., increasing elastic modulus) and softer (i.e., decreasing elastic modulus) at a higher velocity and larger contact stress area, respectively. …”

Table1_Effect of Velocity and Contact Stress Area on the Dynamic Behavior of the Spinal Cord Under Different Testing Conditions.pdf by Chen Jin (703369)

“…Additionally, the cord became stiffer (i.e., increasing elastic modulus) and softer (i.e., decreasing elastic modulus) at a higher velocity and larger contact stress area, respectively. …”

DataSheet3_Effect of Velocity and Contact Stress Area on the Dynamic Behavior of the Spinal Cord Under Different Testing Conditions.PDF by Chen Jin (703369)

“…Additionally, the cord became stiffer (i.e., increasing elastic modulus) and softer (i.e., decreasing elastic modulus) at a higher velocity and larger contact stress area, respectively. …”

Supplementary Material for: Estimated prostate volume by semiautomatic segmentation of MRI is more accurately correlated with radical prostatectomy specimen weight than the volume... by Wu S. (3601439)

“…Spearman's rank correlation coefficients (ρ) were 0.841 (MRI PV vs RP weight), 0.758 (RP PV vs RP weight) and 0.707 (MRI PV vs RP PV) (all p<0.001). Decreased correlation between the MRI PV and RP PV was observed in the larger (more than 55ml) prostate. …”

DataSheet1_Effect of Velocity and Contact Stress Area on the Dynamic Behavior of the Spinal Cord Under Different Testing Conditions.PDF by Chen Jin (703369)

“…Additionally, the cord became stiffer (i.e., increasing elastic modulus) and softer (i.e., decreasing elastic modulus) at a higher velocity and larger contact stress area, respectively. …”

DataSheet2_Effect of Velocity and Contact Stress Area on the Dynamic Behavior of the Spinal Cord Under Different Testing Conditions.PDF by Chen Jin (703369)

“…Additionally, the cord became stiffer (i.e., increasing elastic modulus) and softer (i.e., decreasing elastic modulus) at a higher velocity and larger contact stress area, respectively. …”

DataSheet5_Effect of Velocity and Contact Stress Area on the Dynamic Behavior of the Spinal Cord Under Different Testing Conditions.PDF by Chen Jin (703369)

“…Additionally, the cord became stiffer (i.e., increasing elastic modulus) and softer (i.e., decreasing elastic modulus) at a higher velocity and larger contact stress area, respectively. …”

Cation Charge Density and Precatalyst Selection in Group 2-Catalyzed Aminoalkene Hydroamination by Merle Arrowsmith (1660063)

“…The rate of cyclization was also found to decrease with increasing substrate concentration. This latter observation, along with the observation of large kinetic isotope effects (>4), proposed to be a result of a beneficial and concerted proton transfer step associated with rate-determining alkene insertion, are reasoned to be consistent with Michaelis−Menten-type kinetics.…”

Prevalence and rate of reversion of RT mutations at baseline (BL), 2 months (2mo) and 4 months (4mo) Structured Treatment Interruption (STI) and associated changes in Replication C... by Agnes C. Paquet (231161)

“…</p><p>The prevalence of each mutation decreased over the course of the STI. The last column of the table represents the difference between the median ΔRC of the samples which reverted a mutation back to wild-type codon and the median ΔRC of the samples which did not revert the mutation. …”

Fog Harvesting with Harps by Weiwei Shi (139867)

“…As expected for the mesh structures, the mid-sized wires exhibited the largest fog collection rate, with a drop-off in performance for the fine or coarse meshes. …”

Fog Harvesting with Harps by Weiwei Shi (139867)

“…As expected for the mesh structures, the mid-sized wires exhibited the largest fog collection rate, with a drop-off in performance for the fine or coarse meshes. …”

Fog Harvesting with Harps by Weiwei Shi (139867)

“…As expected for the mesh structures, the mid-sized wires exhibited the largest fog collection rate, with a drop-off in performance for the fine or coarse meshes. …”

Separation of Asthma from Health of Cats using their Breath by Steven Van Doren (3184401)

“…(A,C) Scores are plotted, using the three largest principal components, for specimens collected before (black) and after induction of asthma (red). …”

Effect of sintering temperature of NBT–6BT lead-free ceramics on the structural, ferroelectric and piezoelectric properties by Slimani, Ahmed

“…The XRD results show that the 850 °C is the best calcination temperature, where the NBT-6BT ceramic had the largest crystallite size with a dense sample, 96% of the theoretical value. …”
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High Ionic Conductivity in Oxygen-Deficient Ti-Substituted Sodium Niobates and the Key Role of Structural Features by Guillaume Gouget (4267858)

“…Two phase transition sequences at moderated temperature are characterized by the relaxation of the perovskite framework with various [Nb­(Ti)­O₆] octahedral distortion and tilt modes: from the polar orthorhombic <i>P</i>2₁<i>ma</i> phase to the centrosymmetric orthorhombic <i>Cmcm</i> network above <i>T</i> = 300 °C and then to the ideal cubic perovskite structure above <i>T</i> = 600 °C. The pronounced decrease in phase transition temperature with Ti substitution, especially from <i>P</i>2₁<i>ma</i> to <i>Cmcm</i>, was correlated to the almost identical stabilities of the two Na sites and four oxygen positions in <i>P</i>2₁<i>ma</i> symmetry but also to larger distortion of the transition metal polyhedron enhancing the oxygen mobility. …”

High Ionic Conductivity in Oxygen-Deficient Ti-Substituted Sodium Niobates and the Key Role of Structural Features by Guillaume Gouget (4267858)

“…Two phase transition sequences at moderated temperature are characterized by the relaxation of the perovskite framework with various [Nb­(Ti)­O₆] octahedral distortion and tilt modes: from the polar orthorhombic <i>P</i>2₁<i>ma</i> phase to the centrosymmetric orthorhombic <i>Cmcm</i> network above <i>T</i> = 300 °C and then to the ideal cubic perovskite structure above <i>T</i> = 600 °C. The pronounced decrease in phase transition temperature with Ti substitution, especially from <i>P</i>2₁<i>ma</i> to <i>Cmcm</i>, was correlated to the almost identical stabilities of the two Na sites and four oxygen positions in <i>P</i>2₁<i>ma</i> symmetry but also to larger distortion of the transition metal polyhedron enhancing the oxygen mobility. …”

High Ionic Conductivity in Oxygen-Deficient Ti-Substituted Sodium Niobates and the Key Role of Structural Features by Guillaume Gouget (4267858)

“…Two phase transition sequences at moderated temperature are characterized by the relaxation of the perovskite framework with various [Nb­(Ti)­O₆] octahedral distortion and tilt modes: from the polar orthorhombic <i>P</i>2₁<i>ma</i> phase to the centrosymmetric orthorhombic <i>Cmcm</i> network above <i>T</i> = 300 °C and then to the ideal cubic perovskite structure above <i>T</i> = 600 °C. The pronounced decrease in phase transition temperature with Ti substitution, especially from <i>P</i>2₁<i>ma</i> to <i>Cmcm</i>, was correlated to the almost identical stabilities of the two Na sites and four oxygen positions in <i>P</i>2₁<i>ma</i> symmetry but also to larger distortion of the transition metal polyhedron enhancing the oxygen mobility. …”

High Ionic Conductivity in Oxygen-Deficient Ti-Substituted Sodium Niobates and the Key Role of Structural Features by Guillaume Gouget (4267858)

“…Two phase transition sequences at moderated temperature are characterized by the relaxation of the perovskite framework with various [Nb­(Ti)­O₆] octahedral distortion and tilt modes: from the polar orthorhombic <i>P</i>2₁<i>ma</i> phase to the centrosymmetric orthorhombic <i>Cmcm</i> network above <i>T</i> = 300 °C and then to the ideal cubic perovskite structure above <i>T</i> = 600 °C. The pronounced decrease in phase transition temperature with Ti substitution, especially from <i>P</i>2₁<i>ma</i> to <i>Cmcm</i>, was correlated to the almost identical stabilities of the two Na sites and four oxygen positions in <i>P</i>2₁<i>ma</i> symmetry but also to larger distortion of the transition metal polyhedron enhancing the oxygen mobility. …”

High Ionic Conductivity in Oxygen-Deficient Ti-Substituted Sodium Niobates and the Key Role of Structural Features by Guillaume Gouget (4267858)

“…Two phase transition sequences at moderated temperature are characterized by the relaxation of the perovskite framework with various [Nb­(Ti)­O₆] octahedral distortion and tilt modes: from the polar orthorhombic <i>P</i>2₁<i>ma</i> phase to the centrosymmetric orthorhombic <i>Cmcm</i> network above <i>T</i> = 300 °C and then to the ideal cubic perovskite structure above <i>T</i> = 600 °C. The pronounced decrease in phase transition temperature with Ti substitution, especially from <i>P</i>2₁<i>ma</i> to <i>Cmcm</i>, was correlated to the almost identical stabilities of the two Na sites and four oxygen positions in <i>P</i>2₁<i>ma</i> symmetry but also to larger distortion of the transition metal polyhedron enhancing the oxygen mobility. …”