The location, size and reflection characteristics of bond-line voids of a titanium alloy superplastically formed and diffusion bonded (SPF/DB) test specimen were detected by a high resolution 50MHz ultrasonic C-scan system. These voids were undetectable using conventional ultrasonic inspections. Pre ...
It is easy to see that the critical exponentp∗leads to a necessary and sufficient condition for the existence of the global solutions as above. Therefore, lots of researchers studied the critical exponent for various reaction-diffusion equations to find necessary and sufficient conditions for the ...
The periodic boundary condition which has been explained above is for a dispersion in thermodynamic equilibrium, and not applicable to certain types of non-equilibrium phenomena; for example, the number density is dependent on the position and time in sedimentation and diffusion phenomena in a colloid...
diffusion -> Denoise latents │ │ │ ├── diffusion │ │ │ ├── dit │ │ │ ├── latte │ │ │ └── unet │ │ ├── frame_interpolation │ │ ├── super_resolution │ │ └── text_encoder │ ├── sample │ ├── train -> Training code │ └── ...
diffusion -> Denoise latents │ │ │ ├── diffusion │ │ │ ├── dit │ │ │ ├── latte │ │ │ └── unet │ │ ├── frame_interpolation │ │ ├── super_resolution │ │ └── text_encoder │ ├── sample │ ├── train -> Training code │ └── ...
the valence band at the interface between the gatesubstrate interface and at the interfaces the semiconductor develops the characteristics of a lightly doped n-type material and small amount of conduction will occurs and this conduction is due to the diffusion of minority carriers in the n-channel...
7.The semiboundless mixed problem of the fractional diffusion equation with the third kind nonhomogeneous boundary condition is studied.研究了一维半无界分数阶扩散方程具有第三类非齐次边条件的混合问题. 8.The Multiple Solutions for the Nonhomogeneous p-harmonic Equations with the Navier Boundary Value Co...
I wanna define nonreflecting boundary condition for numerical simulation on wall. I know we can absorb wave with porous wall but i wanna define a boundary condition which absorb shock wave without mass diffusion. Do you have any experience about it? could you please help me about it. I try...
With more penetrating light, emission is potentially (depending on layer thickness and effective diffusion lengths) obtained from throughout a greater volume of material, permitting better S/N ratios at lower excitation intensities. Measurements as a function of excitation level, however, can be ...
The COSMO-LEPS application on DLR forecasting is particularly interesting. This is because its higher resolution compared to other “global” EPS models could be an advantage in complex topography applications, where low wind speeds are more difficult to predict using a low spatial resolution. ...