Sentence examples for fraction of materials from inspiring English sources

These values suggest that both bodies are composed of a significant fraction of materials such as silicate rock and organic compounds denser than water ice (which has a density of 1 gram per cubic cm).

In a note published with the 175 pages in Arabic that were released Thursday along with English translations, retired Gen. John Abizaid said they probably represent only a small fraction of materials taken from the compound in the US raid that tracked down and killed bin Laden in May 2011.

The fraction of materials passing 4.75 mm sieve was 26% and 244 %, respectively for SMA 1 and SMA 2, and 75 μ passing material was 10%% for both mixtures.

In Scenario 5, we accounted for changes in yield and composition of DDGS but assumed no impact to CGF or CGM because of the comparatively small fraction of materials in the livestock feeding system and the minimal impact anticipated.

In addition, one should also consider some of these small cubes as voids (void fraction) and some of them as the film material (fraction of material inclusions).

Second cycle slake durability index values (Id2) are the percentage of the fraction of material retained in the drum after the second cycle test is completed.

Different methods include different mechanisms of action of antioxidants, while during extraction of antioxidants, solubility of the antioxidant in reaction media can be a limiting step since there is always an insoluble fraction of material [2].

The volume fraction of material constituents is assumed to vary via a power-law function through the thickness in both steps.

Large pendant structures, and more localized defects, persist and comprise a substantial fraction of material that is not contributing to network strength.

Irradiation of a-CNWs with 70 keV H+ ion at 1000 K gradually increases the fraction of material with a diamond structure with increasing dose from 1 × 1016 to 1 × 1017 ions/cm[2].

The effect of three factors on constituent release were examined: (1) volume fraction of material occupied by the aggregates compared to a homogeneous porous material, (2) aggregate size and, (3) differences in mass transfer rates between the binder and the aggregates.