Sentence examples for been highly reactive in from inspiring English sources

Invasive species remediation efforts have too-often been highly reactive in nature [1], which means that species tend to establish populations before their threat is recognized.

If it is burned under controlled conditions, amorphous silica is produced, which is highly reactive in nature.

Cadmium and zinc pose the greatest hazard from dredging because their sulfides were highly reactive in seawater.

Monometallic carbides are known to be highly reactive in the presence of oxygen and readily undergo a transformation to their respective oxide phases [2].

The immobilized catalyst was found to be highly reactive in the epoxidation of a wide range of alkenes, including linear, cyclic, and aromatic alkenes.

Nitrogen mustard (NM) is a bifunctional alkylating agent that is highly reactive in the skin causing extensive tissue damage and blistering.

In agreement with other studies we find that alkaline cements are highly reactive in the presence of CO2-rich brines and are quickly transformed to carbonate minerals and amorphous silica.

Taking into account that the uncovered area of CdTe core is highly reactive in the photooxidation process but optical properties of such nanocrystals are desirable in some cases, we propose to reduce the core reactivity by decreasing its defectiveness.

However, a fundamental issue of carbon electrode still remains; the carbon surface is unstable and is highly reactive in contact with Li2O2, resulting in the formation of irreversible byproducts (e.g., Li2CO3).

All titanium alloys are highly reactive in the molten condition and so are usually melted in a water-cooled copper crucible to avoid contamination using processes such as Induction Skull Melting (ISM).

Since most PIII equipment is not designed for ultra-high vacuum (UHV) operation and the plasma is highly reactive in this environment, the surface of the implanted samples is easily contaminated by a large amount of atmospheric species such as oxygen and carbon from the residual vacuum in the processing chamber, thereby converting the materials surface into an oxidized and carburized form.