In these cases the reaction pathways predicted by the valence sum rule and the quantum mechanical energy field are different, but to the extent that the experimentally measured H+ ions were located, they appear to be close to the point where the valence sum rule and the energy reaction pathway intersect.
ZnO nanomaterials have many potential applications including antimicrobial bio-films [3], microelectronics [4], mechanical energy harvesting [5], field emitters [6], ultra violet lasers [7], photovoltaics [8] and other optoelectronic devices [9].
How the mechanical energy generated by domain motion within traffic ATPases is translated to pilins during Tff (dis)assembly remains the main mystery in the field.
These explorations further demonstrate the potential to leverage CNS-based nano-oscillators to convert the electric energy of an external AC field into mechanical energy in the form of ultrafast oscillation.
The coupling between the temperature field and stress field induces energy dissipation and converts mechanical energy into heat energy, which is irreversible.
Electro-responsive polymers transform electric energy into mechanical energy and they have wide application in the field of controlled drug delivery, artificial muscle actuations, energy transductions and sound dampening.
The calculation of the mechanical energy loss is one of the fundamental problems in the field of Hydraulics and Engineering Fluid Mechanics.
Scaffold architecture influenced the distribution of US field, with the US field being the least attenuated in BM scaffolds, thus coupling more mechanical energy into cells, and leading to increased cellular activity.
In principle, movements of electric charges along the direction of the electrostatic field of ΔΨ have the capacity to generate mechanical energy for the host proteins.
The causes of mean mechanical energy losses and distribution of relatively larger losses in the fluid field have been found.
