Fig. 2 SEM images of CA single electrospinning experiments of x-axis: CA solution concentration, of y-axis: volume ratio of DMAc to acetone.
The boundary condition u ( 1, t ) = 0 represents the temperature on the boundary Γ 0 is a constant, while u r ( 0, t ) = 0 comes from the axis-symmetry of conductor A. Moreover, it is easy to see that the axis-symmetric solution to the problem (3) is radially decreasing (see [11]).
The maximum repelling force is achieved corresponding to a starting point lying on the x-axis with solution inclined at angle ψ 1.
In this case, the sound propagation velocity depends on the distance to the rotation axis and solutions are found by multiple-scale analyses in the form of waves with slowly varying amplitude and wavenumber.
Away from the acoustic axis, asymptotic solutions for the two edge wave components yield waveforms and amplitudes which, for input pulse lengths down to two cycles and piston radii down to a few wavelengths, are in very good agreement with the exact waveforms and amplitudes obtained by numerical convolution.
The x-axis shows CA solution concentration, and y-axis denotes the volume ratio of DMAc to acetone.
Taiwanese 3D imaging company eYs3D announced this week that it's teaming with Lucid to create the Axis, a handheld solution for a fraction of the price of higher-end systems.
Generally, the intercept on the real axis represents the solution resistance (Rs), which is composed of intrinsic resistance, ionic resistance, and contact resistance.
When the external light-induced electric field,, travels in the forward y direction and polarized in x axis direction, the solution for the local electric field in the bimetallic nanowire could be derived from Laplace's equation [19].
