Sentence examples for material properties associated from inspiring English sources

However, it is also applied to characterize composition, crystallinity, roughness, doping concentration, and other material properties associated with a change in optical response.

A key feature of the model is related to the evolution of the sediment material properties associated with temperature and large irreversible porosity changes.

Even though the geotextile materials used during this study showed good performance as subgrade stabilization, material properties associated with their performance was difficult to establish due to the limited number of test sections and lack of relevant tests to properly characterize these types of materials for this application.

The failures can be accredited to improper material properties associated with deficient fabrication and Post Weld Heat Treatment, increased service loading due to geometrical effects not included in design calculations and increases in local temperatures due to gas turbine (GT) load changes.

The joints are associated to the local non-linear behaviour, while the material properties are associated to the global behaviour.

Both materials showed desirable properties associated with tissue scaffolds.

Though overshadowed by the rising graphene to some degree, graphene-analogous materials have exceptional properties associated with low dimensionality and edge states, and bring new breakthrough to nanomaterials science as well.

As shown in (2), (3), (4), and (5) of Figure 6, get commands are executed on the column families BIM_properties, BIM_material, BIM_story, and BIM_general to get the key values of associated properties, associated material, story, and building (site and building as a whole) related information, respectively.

The diversity of properties associated with these materials reflects the chemical composition, which allows variations in covalency, geometry and oxidation states, and the crystalline architecture, which may provide different pore structures, coordination sites, or juxtapositions of functional groups.

Enhanced strength, durability, flexibility, performance, and inimitable physical properties associated with these materials has been exploited in a multitude of industries and treatment modalities including detection of tumors, targeted drug delivery, and prognostic visual monitoring of therapy.

The color of restorative composite materials can simulate that of real teeth, and improvements in the properties associated with reduction in filler sizes have enhanced material performance [1].