Level 1. Pure force-dynamic explanations: Students' explanations focus on actors and enablers, using relatively short time frames and macroscopic-scale phenomena.
This approach allows integration of submodels for the microscopic phenomena on a macroscopic scale into a model for the overall process unit.
This effect leads to instable flow phenomena at the macroscopic scale, appearing as a serrated stress strain response and deformation banding.
Via hierarchical integration methodologies of various numerical techniques, we can expect a mechanism of communication between different scale phenomena, and predict macroscopic level behavior as functions of other lower level scale parameters.
the proposed redefinition is known as the "New SI", but Mohr, in a paper following the CGPM proposal but predating the formal CCU proposal, suggested that since the proposed system makes use of atomic scale phenomena rather than macroscopic phenomena, it should be called the "Quantum SI System".
When surfaces are kept at micron or sub-micron distances from each other, interaction phenomena, generally neglected at the macroscopic scale, take place between them.
The following sections describe each phenomenon through transfer equations at the macroscopic scale.
The quantum Hall effect (QHE), one example of a quantum phenomenon that occurs on a truly macroscopic scale, has attracted intense interest since its discovery in 1980 and has helped elucidate many important aspects of quantum physics.
The effects of the dielectric on electrical phenomena are described on a large, or macroscopic scale by employing such concepts as dielectric constant, permittivity (qq.v.), and polarization (see electric polarization).
The effects of the dielectric on electrical phenomena are described on a large, or macroscopic scale by employing such concepts as dielectric constant, permittivity, and polarization (see electric polarization).
