<p>Comparison between the calculated and observed incipient velocities at <i>x</i> = 2.4 m for different experiments.</p
<p>Differences in sprint and agility between conditions in each test (n = 20).</p
Comparison of the experimental data from the literature with the simulation results of this study.</...
<p>Mean Differences in Growth Velocity with Direct Comparison of Higher Dose vs. Lower Dose.</p
<p>Comparisons between the results from the theoretical calculation of vertical displacement and the...
a<p><i>P</i><0.001 when compared to the maximum velocity of other tapping angles.</p>b<p>Comparison ...
Comparison of the linear sprint velocity in 5-, 10-, and 20-m between higher and lower acceleration ...
<p>Comparison of experimental and simulated measurements before and after IVCO.</p
<p>(Left) Experimental velocities against simulated velocities in the 195 measured microbeads. The r...
<p>Comparison between the velocity and its thermal component for different values of <i>t</i>.</p
<p>Comparison of measured and estimated axial velocity profiles for 36.2%, 50% and 70% D.</p
<p>Comparisons were excluded when they were not explicitly tested or described, or when it was uncle...
<p>Comparison between the calculated results and experimental values by Jin et al. 1984.</p
<p>Comparison between experimental and the improved model under different strain rates.</p
Comparison of the change of direction (COD) velocity and COD deficit between higher and lower accele...
<p>A) To quantify the difference between the two subjects solutions, the <i>x</i> and <i>y</i> veloc...
<p>Differences in sprint and agility between conditions in each test (n = 20).</p
Comparison of the experimental data from the literature with the simulation results of this study.</...
<p>Mean Differences in Growth Velocity with Direct Comparison of Higher Dose vs. Lower Dose.</p
<p>Comparisons between the results from the theoretical calculation of vertical displacement and the...
a<p><i>P</i><0.001 when compared to the maximum velocity of other tapping angles.</p>b<p>Comparison ...
Comparison of the linear sprint velocity in 5-, 10-, and 20-m between higher and lower acceleration ...
<p>Comparison of experimental and simulated measurements before and after IVCO.</p
<p>(Left) Experimental velocities against simulated velocities in the 195 measured microbeads. The r...
<p>Comparison between the velocity and its thermal component for different values of <i>t</i>.</p
<p>Comparison of measured and estimated axial velocity profiles for 36.2%, 50% and 70% D.</p
<p>Comparisons were excluded when they were not explicitly tested or described, or when it was uncle...
<p>Comparison between the calculated results and experimental values by Jin et al. 1984.</p
<p>Comparison between experimental and the improved model under different strain rates.</p
Comparison of the change of direction (COD) velocity and COD deficit between higher and lower accele...
<p>A) To quantify the difference between the two subjects solutions, the <i>x</i> and <i>y</i> veloc...
<p>Differences in sprint and agility between conditions in each test (n = 20).</p
Comparison of the experimental data from the literature with the simulation results of this study.</...
<p>Mean Differences in Growth Velocity with Direct Comparison of Higher Dose vs. Lower Dose.</p
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