Sentence examples for material by measuring from inspiring English sources

The method is also used to estimate the Poisson ratio of the bar material, by measuring axial and transverse strains at the same axial position.

Each possibility was evaluated: whether its slump loss can be controlled, by measuring its workability based on the elapsed time; and whether it can be used as a structural material, by measuring its strength.

Microstructural and microtomographic analyses were carried out on the tested sample to investigate the effect of the high heat flux exposure on the composite material, by measuring the amount of ablation and the depth of pyrolyzation.

In this work, we aim to study the intrinsic electrical transport properties of this nanoscale material by measuring four-probe individual NW samples in a wide temperature range of 2 to 300 K. We demonstrate that these NWs are indeed metallic, revealing decreasing resistivity with reducing temperature.

Since thermal properties of solids such as thermal conductivity, thermal diffusivity and specific heat are related by equations containing the density of the material, by measuring two of the aforementioned parameters it would be possible to estimate the density and thus the porosity, if the theoretical density of the material it is known.

You can predict how the light will potentially scatter through a certain material by measuring the transmission matrix, which determines the relation between the incident and the scattered light.

A major advance in the science of surface catalysis was the development of a method for determining the surface area of catalysts (and other materials) by measuring the multimolecular adsorption of nitrogen at liquid nitrogen temperatures or the adsorption of other gases close to their boiling points.

The DSR in Fig. 1a is used to characterize the viscous and elastic properties of materials by measuring complex material shear modulus (G*) and phase angle [15, 16, 17].

An investigation is made into molecular design strategies to enhance the two-photon absorption (2PA) of organic materials by measuring the 2PA cross-section of diazoaromatic compounds with the femtosecond pulses Z-scan technique at 775 nm.

This study presents the use of a newly developed cantilever beam free vibration test apparatus to detect in-plane G of thin wood composite materials by measuring the first order free vibration cantilever specimens and its logarithmic decrement of vibration.

Also, since a single small high-loss defective region of a bulk sample can skew the overall quality factor performance, this method can be used to determine the material uniformity by measuring many samples from a single ceramic bulk sample.