The phrase "attain degradation" is not correct and does not convey a clear meaning in written English.
It is unclear when to use it, as the combination of "attain" and "degradation" does not typically align in standard usage.
Example: "The process may lead to an unexpected outcome, but it is not meant to attain degradation."
Alternatives: "achieve decline" or "reach deterioration."
The addition of Cl– ions (0.36 mmol L−1) to the E1 solution significantly enhances the rate of E1 degradation (independently of pH), to such an extent that only 10 min were needed to attain total degradation of E1.
The prepared nanocomposite displays excellent photo-activity, attaining 100% degradation of methyl orange dye in 60 min under visible light source while 55% for pure TiO2 under similar experimental conditions.
The experimental conditions to attain the optimal degradation rate for each catalyst were determined using multivariate analysis and response surface methodology (RS M.
From the observed results, it is found that the Methylene Blue (MB) has enhanced adsorption compared to Rhodamine – B (RhB) at the nanocatalysts surface can effectively react with the hydroxyl radicals generated in its vicinity to attain the maximum degradation.
In order to attain the maximum degradation by Bacillus sp. M01 PTCC 1908, culture conditions were optimized by using response surface methodology.
Therefore, degradation was attained upon induced alkaline degradation using sodium hydroxide (0.4 M for method I, 0.1 M for method II), acidic degradation using hydrochloric acid (0.4 M, 0.1 M for methods I and II respectively) and oxidative degradation using 3% hydrogen peroxide.
The time required to attain certain extent of degradation was also much higher in the case of phosphonium montmorillonites, thus, confirming their better thermal resistance.
However, many medical-grade polyurethanes are prepared from aromatic diisocyanates and can degrade in vivo to carcinogenic aromatic diamines, although the question of whether the concentrations of these harmful degradation products attain physiologically relevant levels is currently unresolved and strongly debated.
Using the experimental data, the developed quadratic model predicted optimum condition at pH 7.8 and sodium bicarbonate dose 1070 mg/L upon which denitrifiers managed to accomplish reduction within 3.5 h and attained the specific degradation rate of 28.57 mg NO2− N/g MLVSS/h.
IDE preparations were each diluted to attain an equal level of insulin degradation.
