Sentence examples for Spatial engineering from inspiring English sources

"The social engineering of apartheid came down to a very successful model of spatial engineering," says Edgar Pieterse, director of the African Centre for Cities at the University of Cape Town.

While these features also hold for a certain class of antilinear symmetries10, PT symmetry allows experimental implementations by spatial engineering of gain loss structures, leading to a rich interplay between theory and experiment in optics4,5,6,7,11, superconductors12, atomic physics13 and optomechanics14.

We optimized strain titer and specificity by titrating gene copy number, enhancing cosubstrate supply, applying a spatial engineering strategy and performing high-density fermentation, which resulted in total opioid titers up to 131 mg/l.

At the outset, some families received a demonstration of a key spatial engineering principle - bracing - that was relevant to both problems, and some were informed of the second problem before beginning the first, to increase the likelihood of knowledge transfer.

He developed the R package 'seewave' which is used in more than 110 countries by researchers in bioacoustics and ecoacoustics, and also in speech analysis, telemetry, medical sciences, geology, and spatial engineering.

This paper's primary contribution to the body of knowledge is that it identifies how different mediums of engineering information impact the communication of spatial engineering information.

The REA is coupled with a set of equations of conservation of heat and mass transfer to yield the spatial reaction engineering approach (S-REA).

The REA is combined with a set of equations of conservation of heat and mass transfer to yield the S-REA (spatial reaction engineering approach) to model these processes.

Moreover, the S-REA (spatial reaction engineering approach) was used here to model the moisture content and temperature during miniature bread baking whose results were implemented to describe the browning kinetics.

To address the critical challenges, an efficient strategy based on spatial location engineering of phosphate (PO4) and oxygen-vacancy (Vo) confined in Bi2WO6 (BWO) atomic layers is employed to establish and explore an intimate functional link between the electronic structures and activities of Vo-PO4-BWO layers.

The game revolves around Goldie, the girl inventor, and aims to help teach spatial skills, engineering principles and confidence in problem-solving.