Sentence examples for components iron from inspiring English sources

We have developed a method for production of a new nanocomposite material comprising the following components: iron, copper and multiwall carbon nanotubes with a high ultimate tensile strength.

The agreement between simulation results and plant data proved to be successful for the main components (iron, carbon, calcium oxide, magnesium oxide, aluminium oxide, sulphur).

These were supplemented by colorimetric tests for key mine drainage components: iron (Fe), manganese (Mn), and aluminum (Al) using the Hach FerroVer Method (Method 8008), Periodate Oxidation Method (Method 8034), and the Aluminon Method (Method 8012), respectively (Hach Company 2004).

The alloy components (iron recovered in hydrogen (99.96 mass %), single-crystal silicon (99.999 mass %), niobium (≥99.7 mass %), Fe2B master alloy preliminary melted using amorphous boron (99.8 mass %), and electrical copper (99.9 mass %) were melted in a ceramic crucible and held 6 7 min at temperature 1500 °С; then, the melt was cast into a graphite mold.

The current biosynthetic scheme involves a consortium of proteins that assembles the individual components, iron and sulfur, into Fe-S cluster modules for subsequent transformation into precursors of higher nuclearity, and addition of the heteroatom (Mo) and organic component (homocitrate).

A methodology for determining glass formation in a 5-component iron phosphate base glass system that contained P2O5, Fe2O3, Al2O3, Na2O and SO3 has been developed using a standard 5-component D-Optimal Statistical Mixture Design procedure.

Class II comprises 19 pairs, e.g. fhuA (sll1206) /as-fhuA, feoB (slr1392)/as-feoB, and futC/as-futC, whose sense genes code for components of iron transporters that become highly expressed under iron-limiting conditions.

We analyzed in parallel the collection of yeast homozygous deletion mutants under iron-limiting conditions in order to identify important components of iron metabolism.

This collection of mutants (the deletome) has been previously used to identify novel components of iron metabolism by evaluating the growth phenotype in iron-limited media of each strain individually [ 14- 16].

The schemes currently used to categorize protein families, of which the periplasmic components of iron uptake systems are members, use a variety of classification criteria, but all imply separate functions: either unchelated iron transport or iron-siderophore transport.

The relative abundances of the principal metallic element components (except iron) are similar to those in chondritic meteorites and in the solar photosphere.