Electromagnetic waves, as the name suggests, are a type of wave that oscillates between electric and magnetic waves. Electromagnetic waves can travel in a vacuum, unlike sound waves, for example, which require a material medium for propagation. Clear examples of elect...
The plane waves of generalized thermo-microstretch porous medium with temperature-dependent elastic properties under three theoriesDUAL-PHASE-LAGTHERMOELASTIC MEDIUMINITIAL STRESSLINEAR-THEORYHALF-SPACEGRAVITYPROPAGATIONDIFFUSIONMODELThis paper employs various generalized theories of thermoelasticity to study how a...
Laboratory characterisation of rock properties is an important part of any resource evaluation and for shale gas, specific properties of importance include silt content, organic matter abundance and type, static and dynamic mechanical properties (brittleness), micro/macro-fabrics, porosity, permeability, ...
The use of seismic waves to obtain the plastic properties of an agricultural soil might be very challenging because a very high frequency source has to be used, and its reflection might be difficult to detect. However, qualitative agreements betweenseismic velocityof surface waves and soil strength...
A reduction of third-order effects is however expected when the wave energy is distributed on a wide range of directions. In water of arbitrary depth, on the other hand, third-order effects tend to be suppressed by finite depth effects if waves are long crested. Numerical simulations of the...
Waves in What? What is the wave speed of electromagnetic waves? c = 3.0 × 108 m/s This speed is very large, but still finite; it can take light millions or even billions of years to traverse astronomical distances Waves in What? The wave nature of radiation: radiation diffracts, which...
Honey is a naturally occurring biological product produced by bees using the nectar of plants and is extremely beneficial to humans both as a food and medication. It is a good source of water, glucose, and fructose, including trace amounts of proteins, v
As the attention on this new class of MXene materials grows, gaining deeper insight into their basic physical properties becomes more important. However, only few studies36,37 have been published in the literature on the thermal properties and carrier mobility of MXene materials. In this work, ...
Using large wave-vector surface acoustic waves (SAW) to probe the conductivity of 2D electron systems (2DES), our studies have revealed directly the Fermi surface effects of the composite fermion (CF). Geometric resonances of the quasi-particles' cyclotron orbit and the SAW have allowed measureme...
Ultrasound waves possess the threshold potential to break metallic precursors into clusters of ions and later the deformed bonds of organic solvent provide new binding sites for metal to reorganize [23]. The development of photoluminescence is one phase of our interest; an additional role is to ...