Sentence examples for macroscopic scale to from inspiring English sources

"Nobody's demonstrated quantum mechanics at that kind of (macroscopic) scale". To see quantum effects in large objects, they must be cooled to near absolute zero.

Four examples are presented how these mechanisms are used for adaptation on different length scales starting from the shape at the macroscopic scale to the composite structure at the nanoscopic scale.

In this study, the crack growth resistance due to the bridging of aggregates (defined as bridging stress) is evaluated by relating the crack opening displacements at the macroscopic scale to the mesoscopic one by considering the fracture toughness and the elastic modulus of the interface between the coarse aggregate and the mortar.

For example, the melting point of gold decreases from 1336 to 1220 to 950 K as particle size decreases from macroscopic scale to 5 to 2 3 nm (Koga et al., 2004).

It is the early development of these long-distance cortico-cortical connections, to some extent accessible on the macroscopic scale to noninvasive neuroimaging techniques, that is the primary focus of our study.

In this paper, a multiscale procedure based on finite element simulation and neural network computation was developed to link mesoscopic and macroscopic scales to simulate trabecular bone adaptation process.

This is because that humankind lives in a macroscopic world and thus our knowledge on the nature is established from macroscopic scale down to the microscopic scale in one direction and up to the cosmological scale in the other direction.

Results show that the cracks initiate from microstructural defects, whose mean diameter does not exceed 400 μm and that crack initiation at the macroscopic scale corresponds to crack growth at the microscopic scale, which validates recent energetic approaches adopted to predict fatigue crack initiation in rubbers.

A general problem is to understand how microscopic noise and local interactions generate random structures on the macroscopic scale, and to describe qualitatively and quantitatively these structures.

A general and systematic approach for the development of mesostructurally-based continuum model of woven fabrics has been elaborated, relating the fabric behavior at the macroscopic continuum scale to the response and geometry of the fabric's mesostructure (geometrical configuration of the weave and the yarn properties).

Molecular dynamics (MD) simulations were carried out under conditions similar to those of our macroscopic scale diffusion experiments to help constrain the pore scale models.