25 suggested an idea to assess oceanic control on the amplitude of sea surface cooling induced by TCs. Given a pre-storm upper-ocean density profile, one can calculate the potential energy increase \(\Delta {E}_{p}\left(\Delta T\right)\) necessary to produce a given \(\Delta T\) ...
For coarse-grained sediment, size plays a major role in stability, and the larger the particle size, the greater the starting velocity. When the particle size is less than a certain value, fine particles are also difficult to move, and the smaller the particle size, the larger the starting...
This makes it possible to reduce the amplitude of the energy grid reflected in the axis of a air, radar and air of communication station with satellite using such a processBOUKO JEANDRABOWITCH SERGECLAUDE AUBRY, JEAN BOUKO ET SERGE DRABOWITCH...
14. At a given jet energy, the average \(p_\perp \) of particles within the lowest energy jet of a 3-jet event is larger than the average \(p_\perp \) of the other jets. The string fragmentation model reproduces the observed effect, while for independent jet fragmentation models, ...
In most cases, thoughts stop and the body’s parasympathetic activity becomes dominant as the person feels safe and calm. Usually, the hands warm and the blood volume pulse amplitude increases as an indicator of feeling safe, as shown in Figure 6. ...
greatly reducing the number of feeders and cables. This improves amplitude and phase precision and greatly reduces impedance loss, improving antenna efficiency by 15%. This technology can reduce the transmit power of base stations, reduce energy use by 30%, and ensure high energy efficiency even ...
Further investigation after development in the understanding of structure of this alloy pave a way to obtain larger magnetic field induced strains of 6% [154] and up to 10% [155], [156] in the single crystals. Low blocking stress (6–10 MPa) is primary limitation of magnetic shape memory...
The volume affected by the hopping process can be evaluated by comparing the activation energy (energy per hopping atom) with the adiabatic bulk modulus (energy per volume), with knowledge of the average phonon amplitude (e.g., as derived from the Debye-Waller factor) [51]. Multiplying the ...
To explain this surprising phenomenon, we construct an energy dissipation model. It is reasonable to assume that the amount of splash should be inversely dependent on the energy dissipated during spreading, Edis. The more energy is dissipated, the less energy is left to produce splash. Therefore,...
3). These tidal winds can have amplitude greater than 1 m s−1. At this frequency, the currents are a source of energy for the wind and not the other way around. In the literature, only two categories of atmospheric tides are documented: the gravitational tides (similar to oceanic ...