Exact(9)
This further demonstrates that we can achieve the backward diffusion by using the above potential functions φ1 and φ2.
Problem* was solved for a diffusion by using the Malliavin Calculus of Bismut type in semigroup theory in [8].
Finally, the fingerprint image is enhanced based on spectra diffusion by using the 2D ACBF with orientation-selective.
It can be concluded that the silica-sol-based barrier material introduced in this work can be an attractive material to block phosphorus diffusion by using a simple and cost-effective spin-coating method.
This further demonstrates that we can achieve the backward diffusion by using the above potential functions φ1 and φ2. (2) The plots show that the diffusion velocity decreases with the increase of the value of s, and the smaller the value of s is, the faster the diffusion viscosity is.
The process of the enhancement is to have two phases: fingerprint is first enhanced by using Gabor filter and histogram equalization (HE), and then the pre-enhanced fingerprint is enhanced based on spectra diffusion by using the 2D ACBF with orientation-selective in frequency domain.
Similar(51)
Meanwhile, Mainardi solved a fractional diffusion equation by using the Laplace transform method [9].
This new technique is based on the modification of the classical diffusion rule by using a nonlinear sigmoidal function.
We adopt it for fractional diffusion equations by using energy estimate inequalities and lemmas on weak convergence.
Section 2.2 introduces how to find the solutions of a one-dimensional inhomogeneous diffusion equation by using Fourier series.
We develop a system for measuring rotational diffusion coefficients by using a fluorescent probe to label a particle.
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