Sentence examples for material can yield from inspiring English sources

Numerical calculation results show that RPC with annular soft material can yield low-frequency band gaps below 350 Hz.

Before the construction of a building in-vitro exhalation rate measurements on the building material can yield information about the exposure that is to be expected.

This multifunction-enabling surface material can yield complementary analytical information, providing new tools for comprehensive analysis of biomolecular samples.

Panel sequencing of routine pathology material can yield mutational information on several driver genes, including some for which targeted therapies are available.

With respect to further research, the study shows that qualitative material can be collected in a consistent way across many countries and that an analysis of such material can yield useful findings.

These so-called stratified parent materials can yield soils with intermixed geologic layering and soil horizons as occurs in southeastern England, where soils forming atop chalk bedrock layers are themselves overlain by soil layers formed on both loess and clay materials that have been modified by dissolution of the chalk below.

Other Avenues for Cleantech Advanced Materials Advanced materials can yield products that are less toxic, less expensive and more efficient than existing materials.

It is shown that the use of functionally graded materials can yield an increase or decrease of the aeroelastic stability in the supersonic flow for different regions.

Here, stable convergence implies that the use of more materials can yield better system performance and a distinct void solid distribution is favored over an intermediate material distribution during the optimization process.

It has been suggested that creating composites by mixing heterogeneous constituents of contrasting material properties can yield designs that can better adapt to stress concentration, leading to synthetic materials with higher toughness than their constituents.

A modified shakedown kinematic theorem using a fictitious material that can yield in bulk tension and compression has been constructed for subsequent treatment of real engineering materials, which cannot yield but fail under high hydrostatic stresses.