Sentence examples for material compositions have from inspiring English sources

Therefore, various material compositions have been discussed and their thermomagnetic behavior has been elucidated to provide guidance for their implementation in future devices.

Two different electrochemically active material compositions have been developed: high porosity and low porosity for starting and deep cycle applications, respectively (depending on the power demand and depth of discharge).

Unexpected optical properties, due to pores spatial arrangement, such as diffraction-driven self-focusing [17], and gas-sensitive photoluminescence emission, related to material composition, have been demonstrated [18].

Moreover, it is clear that the problem can be generalized to any object to which versions of the tolerance principle and the restriction principle concerning its original material composition have application, which appears to include all artefacts, if not biological organisms.

The influence of the material composition has been studied, providing a more precise understanding of the environmental impact.

The material composition has been investigated using high-performance liquid chromatography (HPLC) [ 28], Fourier transformed infrared spectroscopy (FTIR) [ 29, 30], and Raman spectroscopy [ 31, 32], a technique which requires less effort in sample preparation with respect to FTIR and allows one to assess collagen concentration, mineral-to-organic ratio, and cross-link typology.

The results showed that materials composition have significant effects on the water absorbing capacity, compressive strength and flexural strength of hardened water-retentive slurry, as well as the workability of fresh WRS.

Soldered joints with various material compositions that have different elastic module, different thickness of adherent and adhesive, and different crack growth lengths along the interfaces are analyzed.

Conventional machine learning approaches for predicting material properties from elemental compositions have emphasized the importance of leveraging domain knowledge when designing model inputs.

A great number of nanostructured materials with different sizes, shapes, and compositions have been synthesized and utilized as novel electrode materials for immobilization of desired enzymes.

Material and electrical characteristics of various compositions have been investigated in detail, showing up to three orders of magnitude resistance ratio between the amorphous and crystalline states and endurance up to 1000 cycles.