Sentence examples for additives are effective from inspiring English sources

The main findings of this study include that: (1) all selected WMA additives are effective in enhancing AR's workability; (2) using combined Evotherm-DAT and Sasobit is not a viable option to reduce the construction temperature of AR mixture; (3) paraffin wax is a potential WMA additive for AR; and (4) WMA additives may affect the dissolution status of crumb rubber in base asphalt.

127, 128 Benzoic acid and lauric acid as additives were effective not only for reactivity but also for enantioselectivity (up to syn: anti=2.8 1, 69% ee [ syn]).

In wet silages (DM 200 g/kg) both additives were effective, but in the wilted silages (DM 430 g/kg) only the bacterial additive reduced listeria counts below detection level.

This is the reason why such a small amount of additives are so effective on the polarization characteristics.

Scanning electron microscopy analysis indicated noticeably smaller wear debris size in the case of graphene/PTFE composites indicating that graphene additives are highly effective in regulating debris formation in PTFE leading to reduced wear.

Although these polymers display perfect performance for many crud oil samples from global, PIs are very selective, that is, not all additives are sufficiently effective for every crude oil [8], and the long molecular chain, large molecular weight and high thermo stability is a serious problem in oil refine process[9].

Investigations to establish which WTF component/s and in what proportions additives are most effective against target organisms are warranted.

It was found that halloysite nanoparticles, mainly nanotubes, are effective additives in increasing the fracture toughness of epoxy resins without sacrificing other properties such as strength, modulus and glass transition temperature.

Some of these additives (e.g., surfactants) are effective for lignocellulose depolymerization, in that they putatively prevent enzyme denaturation and inactivation by reducing the unproductive adsorption of enzymes onto the substrate via hydrophobic interactions with lignin (Eriksson et al. 2002).

Among the tested additives, urea and arginine were the only additives that were effective in elution.

This suggests both that intelligent placement of static eliminators can eliminate the need for some of these additives and that judicious engineering of ionic and cationic additives may be effective in improving flow of "clingy" materials.