Sentence examples for broader range of materials from inspiring English sources
As 3D printers have become more capable and able to work with a broader range of materials, including production-grade plastics and metals, the machines are increasingly being used to make final products too.
SLS is able to use a broader range of materials with differing levels of strength, flexibility and stiffness.
We believe that these techniques can be readily extended to produce more complex nanostructures with hollow interiors and cover a broader range of materials than those presented in this article by incorporating more reactions and thus more solid materials into the synthetic process.
Therefore, sequencing efforts were directed towards obtaining partial sequences of several genes as compared to obtaining the full sequence(s) of one/few genes, the rationale being that this would increase the number of unlinked polymorphisms available for testing by subsequent association analysis in a broader range of materials.
Having changed its name to reflect a new mission to embrace a broader range of material culture and now preparing to move into new quarters at 2 Columbus Circle, the Museum of Arts & Design stands at the threshold of a potentially rich future.
An approach for assessing the inelastic, in-plane, collapse load of framed structures using amplification factors is extended to a broader range of material inelasticity.
For all designs, mc-Si materials with different excess carrier lifetime distributions are used as simulation input parameters to capture a broad range of materials.
Our observations demonstrate a versatile and convenient route towards rational design of light harvesting nanostructure for high performance plasmonic solar cells based on a broad range of materials.
STEM enables the visualization of the atomic structure in a broad range of materials from oxides to semiconductors and metals, and in many cases allows observation of the evolution of structure under reactive conditions or thermal stimulations [6 11].
The usage of the 3D-Bioplotter®system offers opportunities for fabricating scaffolds from a broad range of materials and for incorporating biological entities such as biomolecules, proteins, and even living cells, into the structures under the physiologically relevant temperature.
