Throwing skills: Analysis of movement phases in early motor learning

The structure of vesicles formed by anionic surfactant sodium bis(2-ethylhexyl) sulfosuccinate (AOT) in brine solution (1.5 wt% NaCl) at 20°C, in the diluted region of the

The nature of the rotational motion is not yet established but appears to involve two-fold reorientation through an angle a and the restriction in the motion involves either part

We show first that the second sound overdamping leads to much longer relaxation times, as observed by ultrasonic measurements.. We show then that the technique used

Gaussian curvature (focal conic domains of the usual type) close to the phase boundary with the L~ sponge phase, and defects with positive Gaussian curvature (focal conic domains

With a DFT referenced like that, without a spectral interpolation between frequency lines, a spectral component has one or many line to line  phase rotations below its main lobe

The transition between the sponge and the dilute phase can be either first order or second order; indeed we predict a line of second order transitions on the d, T

Indeed, for smooth surfaces, the probability of colliding with the surface after desorption is too low for recapture to be signi fi cant, while for high degrees of roughness ( i.e.,

and in [1, 2] effectively reduces to the model of the superconducting chain array with a Josephson cou- pling, and we can use the advantages of this model for the