Sentence examples for material transmission from inspiring English sources

Al1100-Mg alloy is found wide application for rail coaches, aircraft industry, bearing materials, piston material, transmission lines etc.

Ion beam transport theory allows testing of material transmission properties in the laboratory environment generated by particle accelerators.

The results are used to assess the correct electrical conductivity values for the investigated materials using a multiple reflection model to compute the material transmission coefficient.

In the composite material, transmission electron microscopy observations enable the detection of nanosized (average diameter of ∼30 nm) MoSi2 inclusions that formed in situ during sintering via the reaction between the native silicon germanium matrix and the added molybdenum particles.

Using these documents as a baseline, concepts were developed to adequately describe five major conceptual areas of genetics deemed essential to genetic literacy: nature of the genetic material, transmission genetics/patterns of inheritance, gene expression and regulation, genetic variation, and evolution.

Since a propagating smolder reaction leaves behind a char that is higher in permeability than the original (unburnt) material, ultrasonic transmission can be employed to monitor smolder progress.

In order to discriminate between contact and bulk material contribution transmission line model (TLM) test structures are well adapted for both current voltage (I V) and low frequency noise (LFN) characterization.

The Genetics Literacy Assessment Instrument (GLAI; Bowling et al., 2008) has eight of 31 questions devoted to the topics being explored in this manuscript: nature of genetic material and transmission.

Genome replacement and ploidy elevation is especially important for sperm-dependent unisexuals to incorporate additional genetic material by transmission of genomes or genes from a sexual host therefore providing a source of adaptive flexibility [ 17, 34].

Glass (fused silica or quartz) wafers with 3-mm thickness and 50-mm diameter are used as substrates; such material allows transmission of wavelengths both within the visible spectrum and the near-IR range.

It is possible to visualize the differences between Bernal and non-Bernal stacked material using transmission electron microscopy by comparing exfoliated few-layer graphene samples with graphene grown by chemical vapor deposition (CVD), where non-Bernal stacking is more commonly found, as shown in Figure 3.