scattered material

Grammar usage guide and real-world examples

I think suggestions from outside act on my imagination like a magnet on iron filings, reorientating scattered material so that it all points in the same direction, and setting an internal compass for future attentiveness.

An almost literal use of the phrase appears in popular fiction within H. G. Wells' 1933 novel The Shape of Things to Come, where the protagonist finds a manuscript written in shorthand that provides a key to understanding additional scattered material that is sketched out in both longhand and on typewriter.

Groups of material entities are scattered material entity aggregates whereas clusters are lumped material entity aggregates.

Scattered material entities (i.e. groups), however, include gaps and immaterial entities, which are not necessarily part of an object.

As already mentioned above, whenever a specific spatial distribution of scattered material entities is important, the group category is required.

For example, whenever we want to refer to an aggregate of material entities that exhibits a specific spatial distribution pattern of scattered material entities we are referring to a group.

It will take time to shape the scattered materials into complete curriculums with built-in assessment tests.

The results show that the effect of scattering material properties on the dimensional quality of the roll formed product is significant.

It is demonstrated that the nesting of scales described in these relationships implies limits to the retrieval of absolute concentrations of any biochemical constituents or absolute quantities of the amount of scattering material from hyperspectral observations of total scattering.

The overall reconstruction time scaled with the number of iterations and varied with the amount of scattering material, and typical reconstruction times for a heart phantom (50 iterations) were roughly 10 and 20 h for empty and water-filled torsos, respectively.

Steven Jacques et al. demonstrated that a reflectance confocal scanning laser microscopy measures the decay of reflected signal as the focus moves deeper into solutions of nanoparticles, absorbing and scattering materials, and typical reflectance standards.