Sentence examples for material which represents from inspiring English sources
The work is focused on the technology and not on the catalyst material, which represents only one possible alternative.
SEM pictures revealed a non-porous material which represents an advantage for a drug carrier in terms of protection of its load.
In this article filter is accomplished by the combination of three layers of silicon and air material which represents as 1D photonic crystal structure.
The morphology of these PU agglomerates is not characteristic for a porous-type material which represents an advantage for an intended transdermal vehicle in order to protect its load.
To test a possible association with the cytoskeleton we lysed the cells with Triton X-100 and fractionated the lysate into Triton-insoluble material which represents the cytoskeleton and Triton-soluble material.
Most microarray experiments use the Columbia-0 ecotype as experimental material, which represents an unusual example for a mitochondrial gene transfer event as it contains a 618±42 kb insert in the pericentric region of chromosome 2 [10].
At these special sites — among them Scotland's Outer Hebrides, the rugged coast of western Norway, and the north woods of Wisconsin — there are smeared-out fault rocks with distinctive veins of dark glassy material, which represent thin films of melt that could only have been generated by frictional heating in large earthquakes.
Lignocellulosic materials, which represents an abundant, inexpensive, and renewable resource, are of great interest as a feedstock for bioethanol production.
The conduction loss is attributed to the dc electric conductivity of the materials which represents the flow of actual charge through the dielectric materials.
The investigated samples are highly complex materials which represent a challenge for the micro-XANES technique.
These materials, which represent another example of nature's engineered layered systems, exhibit astonishing dimensionality-dependence of their physical properties and a wealth of novel physical phenomena including unconventional superconductivity, ferromagnetism, metamagnetism, and quantum criticality.
