BDS (Non)linearity test results. by Ojonugwa Usman (17827430)

Linear correlations between vitamin D and study parameters. by Saleh Nazmy Mwafy (14886192)

Factors associated with the hemoglobin level stratified by age group: Linear regression. by Alejandro Rojas Chaves (20614814)

Linear regression analysis of Ct values for positive pairs. by Lauren Orser (16617922)

Post-interventions linear trend with (decreasing) COVID-19 cases. by Javier Alvarez-Galvez (454797)

“…<p>Post-interventions linear trend with (decreasing) COVID-19 cases.</p>…”

Akaike Information Criterion (AIC) scores of generalized linear models with binomial structure predicting human attacks by wildlife in Parbat, Lamjung, Syangja, Tanahun and Kaski (... by Kedar Baral (3391433)

Non-linear load’s individual harmonic currents as a percentage of the fundamental value for TS3. by Abdallah Aldosary (21370131)

Post-interventions linear trend with (decreasing) stringency index. by Javier Alvarez-Galvez (454797)

Memory capacity improves with sparse coding and increased population size. by Pan Ye Li (16884398)

Differences in mean number of papers (top) and co-authors (bottom) depending on (1) NI membership and (2) time joined NI. by William C. Barley (8915282)

Subjects:

Regression estimates and incidence rate ratios from GLMER for number of papers (top) and coauthors (bottom). by William C. Barley (8915282)

Subjects:

Linear regression analyses suggest negative replication and death rates of Mtb in rabbits. by Vitaly V. Ganusov (6956399)

Subjects:

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

“…However, for the cases with hydrodynamic interactions, due to the transition from a linear to a nonlinear velocity profile, the size of both linear and ring chains exhibits a nonmonotonic dependence on the shear rate, and this counterintuitive behavior could be divided into three main regimes. …”

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

“…However, for the cases with hydrodynamic interactions, due to the transition from a linear to a nonlinear velocity profile, the size of both linear and ring chains exhibits a nonmonotonic dependence on the shear rate, and this counterintuitive behavior could be divided into three main regimes. …”

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

“…However, for the cases with hydrodynamic interactions, due to the transition from a linear to a nonlinear velocity profile, the size of both linear and ring chains exhibits a nonmonotonic dependence on the shear rate, and this counterintuitive behavior could be divided into three main regimes. …”

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

“…However, for the cases with hydrodynamic interactions, due to the transition from a linear to a nonlinear velocity profile, the size of both linear and ring chains exhibits a nonmonotonic dependence on the shear rate, and this counterintuitive behavior could be divided into three main regimes. …”

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

“…However, for the cases with hydrodynamic interactions, due to the transition from a linear to a nonlinear velocity profile, the size of both linear and ring chains exhibits a nonmonotonic dependence on the shear rate, and this counterintuitive behavior could be divided into three main regimes. …”

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

“…However, for the cases with hydrodynamic interactions, due to the transition from a linear to a nonlinear velocity profile, the size of both linear and ring chains exhibits a nonmonotonic dependence on the shear rate, and this counterintuitive behavior could be divided into three main regimes. …”

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

“…However, for the cases with hydrodynamic interactions, due to the transition from a linear to a nonlinear velocity profile, the size of both linear and ring chains exhibits a nonmonotonic dependence on the shear rate, and this counterintuitive behavior could be divided into three main regimes. …”

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

“…However, for the cases with hydrodynamic interactions, due to the transition from a linear to a nonlinear velocity profile, the size of both linear and ring chains exhibits a nonmonotonic dependence on the shear rate, and this counterintuitive behavior could be divided into three main regimes. …”