Sentence examples for consumption of reagents from inspiring English sources

The parameters were determined based on the maximum efficiency to save time and minimize the consumption of reagents.

To sum up, this method with shorter time and fewer consumption of reagents could be employed in various occasions to detect antioxidants and pesticides.

Compared to traditional flow injection analysis (FIA) that operates on continuous forward flow, sequential injection (SI), bead injection (BI), and sequential injection chromatography (SIC) utilize flow programming for enhancing their usefulness and reducing the consumption of reagents.

However, in optimization studies, a case proposed by the model in which using the same consumption of reagents, Zn recovery and separation efficiency were improved about 9% and 5%, respectively.

Along with the consumption of reagents being 20 55 times lower, the generation of wastes is 1.2 3.0 times lower, which contributes to the development of a 'greener' system.

Thus, the combination of enzymatic and chemical hydrolysis, selective precipitation together with membranes technology lead to the formulation of a quick and highly efficient process (15%, w/w) with low consumption of reagents and high purity for the chondroitin sulphate (I = 99%) obtained.

The total consumption of reagent gases was determined and compared to the Faradaic consumption.

In addition, CE also has the advantages of low consumption of reagent and sample, short analysis time and high efficiency [23, 24].

Recently, solid-phase extraction (SPE) has been widely used as a separation tool for the speciation of metal ions in environmental samples and has received much attention because of its advantages, such as absence of emulsion, high enrichment factor, disposal cost due to low consumption of reagent, and more importantly environment-friendly (Aydin and Soylak 2007; Simpson 2000).

By comparison with compendial and non-compendial analytical methods, the proposed FTIR-DS method reduces solvent consumption and eliminates the use of reagents.

The main advantages of these protein micro/nano-arrays technologies include high detection sensitivity, low consumptions of reagent samples (nL level), and a few protein requirements [4].