Sentence examples for modifiers were prepared from inspiring English sources

The modified asphalt samples with three or two kinds of modifiers were prepared, and the softening point, ductility and penetration of modified asphalt samples were measured and compared.

Three series of MBS core shell impact modifiers were prepared by grafting styrene and methyl methacrylate onto PB or SBR seed latex in emulsion polymerization.

Electrodes with different percent of modifier were prepared and examined for their voltammetric signals under identical conditions (Table 1).

Stock solutions of each modifier were prepared by dissolving MPS in distilled, deionized water and dissolving PT and BZM in absolute ethanol.

Stable polypropylene, PP – low molecular weight modifier systems were prepared in order to analyze the influence of the physical state of the amorphous phase on thermo-mechanical properties.

A series of novel polymeric crystal modifiers, polyaminoamide (PAA), were prepared by aminolysis and poly-condensating using vegetable oil as shown in Fig. 15 (Chen et al. 2011).

The structural characteristics of the modifier (SrPdO3) that were prepared by a green method revealed a primary orthorhombic perovskite phase of SrPdO3 and a secondary phase of SrPd3O4.

Morphology, tensile properties and impact strength behaviour of blends of three different molecular weight (or viscosity) grades of polycarbonate (PC) and a core-shell type impact modifier (3 18 wt%) were prepared in a single screw extruder with an intensive mixing head and in a co-rotating, fully intermeshing twin screw extruder at different conditions.

In this work, novel SILCAs containing various inorganic alkaline modifiers (e.g. potassium hydroxide) were prepared and applied in citral hydrogenation reactions.

The phosphate-matrix modifier solution (Merck) was added to the samples, and standards were prepared by diluting 1 mL of phosphate modifier stock solution (NH4H2PO4 100 ± 2 g L−1 in H2O) to 10 mL, resulting in a final concentration of 2,500 mg L−1 phosphate.

As a continuation of the previous work, in this paper, γ-Al2O3 materials with rich Brönsted acid sites were prepared with different fluorine-containing modifiers, such as NH4BF4, (NH4 2SiF6, and NH4F.