In physics, many physical phenomena are related to the field model which describes the interaction relationship between different objects.
As stated before, pseudoparabolic-type equations arise in many areas of mathematics and physics to describe many physical phenomena.
The functional integral equations describe many physical phenomena in various areas of natural science, mathematical physics, mechanics, and population dynamics [38, 39].
The functional integral equations describe many physical phenomena in various areas of natural science, mathematical physics, mechanics and population dynamics [1 4].
Because sensor networks can detect so many physical phenomena, it seems a waste to monitor only strains and vibrations, says Dr Rice.
It is an important factor in many physical phenomena, such as the rate of nuclear fusion, many chemical reactions, and a lot of technology (scanning tunnelling microscopy is a favourite of mine, but enough for now).
After Bessel published his findings, other scientists found that the functions appeared in mathematical descriptions of many physical phenomena, including the flow of heat or electricity in a solid cylinder, the propagation of electromagnetic waves along wires, the diffraction of light, the motions of fluids, and the deformations of elastic bodies.
Many physical phenomena can be described by a propagating front.
Many physical phenomena are modeled by parabolic boundary value problems with nonlocal boundary conditions.
It turns out that, beside the applications in geometry, elliptic equations with exponential nonlinearity also arise in modeling many physical phenomenon, such as thermionic emission, isothermal gas sphere, gas combustion, and gauge theory [6].
The ability to tune the topology of band structure by sliding and/or applying normal compressive strain will open doors for controlled tuning of many physical phenomenon such as Landau levels and quantum Hall effect in graphene.
