The F/E ratios during isokinetic concentric contraction at 60°/s and 180°/s were 57.99±5.68 and 65.74±8.12,respectively,in patients with lumbar disc herniation, in comparison with the ratios of 95.25±5.18 and 83.03±7.61 in the control patients,showing significant difference between the two patient groups(P< 0.01).
With the power source of CAC and the wire feeding system of constant speed,the stable region of the arc by pure aluminium wire of 1.6mm diameter and centralizedregulation charateristics curves were evaluated.
Motivated by concepts of Jacobi integral and cyclic integral in analytical mechanics andEshelby's elastic energy-momentum tensor, the paper gets the conservation laws and newdual conservation laws in elastodynamics, by which the path-independent integrals are givenfor the case that crack self-similarly grows at constant speed in linear elastic media.
In the two-dimensional case a detailed study is made of the case when a constant pressure p0, moving with the constant velocity U, is given on a segment of length 2l.
In the three-dimen-sional problem the case is studied when the normal stress is concentrated on a segment of a straight line of length 2l, which can replace a ship moving along a straight course with the constant velocity U.
The moving surface is a plane which moves with constant velocity along the x axis and remains parallel to the plane y=h.
The present paper gives an exact solution of the equations describing the flow of a multicomponent gas between two parallel permeable planes, one of which moves relative to the other with constant velocity (i.
We consider the solution of the self-similar problem of piston expansion in a compressible fluid at a constant velocity.
Viscous flow in a partially-filled horizontal cylinder rotating at constant speed
In particular, the intensity of the synchrotron radiation from a transversely polarized particle moving along a circle at a constant speed is investigated as a function of the particle spin.
The spin dependence of the intensity and polarization of synchrotron radiation from a longitudinally polarized particle moving at a constant speed along a circle in a uniform magnetic field is investigated within the pseudoclassical approach.
For the three-string baryon model (Y configuration), the known exact solution to the classical equations of motion that describes the rotational motion of the system at a constant speed is investigated for stability.
In a charge-varying dusty plasma, the soliton evolves into a nonsteady shock wave structure that propagates at a constant speed and whose amplitude decreases with time.