Figure 4 depicts the decline of diffusivities along the reactor length due to the diffusion phenomena that occurred from high to low concentration regions (concentration gradient).
The increase in damping is probably due to the diffusion of oxygen into NiFe from substrate Si (SiO2) arising from an increase in the magnon scattering41.
This is mainly due to the diffusion of low-density settlements located progressively further away from the inner city.
Photon-tunneling is observed between the optofluidic waveguides, and due to the diffusion process, distinctive light propagation patterns are observed.
The higher P1 for baked carbon, the larger is the diffusion overvoltage due to the diffusion into the anode pores.
The latter is due to the diffusion of Au from the substrate side to the die side.
The second peak is due to the diffusion of lithium ions and the subsequent reaction with the liquid electrolyte.
Due to the diffusion character of the kinetic energy operator in imaginary time, algorithms developed so far are at most 4th order.
During the early transient, the control of the interfacial temperature gradient presents a challenge due to the diffusion time between the boundary and the interface.
This is attributed to the dynamic strain aging, which is known as hardening behavior due to the diffusion of additional inclusion under higher temperatures.
The emission rate of phthalates increased in the wood chamber due to the diffusion mass flow through the chamber wall (i.e., surface absorption).
