Sentence examples for much less reactive from inspiring English sources

As might be expected, cement carbonation dominates the geochemical reactions in the wellbore environment, largely because cement reactivity masks contributions from the much less reactive sandstone and shale minerals.

For example, para-hydroxy aniline was rapidly converted within 4 h, whereas o-methoxy aniline was much less reactive.

Although ethers contain two polar carbon-oxygen bonds, they are much less reactive than alcohols or phenols.

The fuel-rich system (ϕ = 2) is much less reactive in the same region and exhibits no NTC.

Large quantities of pyrophoric compounds such as Al2(C2H5)6 are routinely handled with ease in the chemical industry by using closed metal reactors for the production of these and other much less reactive compounds.

Phosphorus exists in a variety of physical modifications, or allotropic forms, including the familiar white, highly reactive form that must be stored under water to prevent it from igniting in the air; a much less reactive red or violet form; and a black modification that, although least known, appears to be the most stable of all.

The advantages appear in four aspects (Dudkina et al., 2015; Genova and Lenaz, 2014; Enriquez, 2016; Lenaz and Genova, 2010; Cogliati et al., 2016; Moreno-Loshuertos and Enriquez, 2016; Genova, 2014; Sazanov, 2015; Liao et al., 2015): (1) CIII and CIV integrated onto CI to form SC can stabilize CI. (2) SCs produce much less ROS (reactive oxygen species).

What is so dramatic about this study is that it proves that if the baby felt loved in the first year, it is much less likely to become reactive – early love has a protective effect if things then go wrong.

DCOPF is used to attain the nodal prices of active power since the attained active power flow results by DC power flow are close to those obtained by AC power flow with acceptable errors but with much less computation time, although reactive power flow results and node voltage magnitudes suffer large errors with the DC formulations.

H2O2 is an oxidizing agent, but it does not have an unpaired electron, so it is less reactive and much more stable than superoxide.

The hydroxyl and hydroperoxy radicals formed by ozone decomposition and by Fenton's reagent have on the contrary been shown to be far more reactive and much less selective than ozone [ 20, 21].