Sentence examples for precise method for the from inspiring English sources

Thus, it is essential to develop precise method for the detection of H2S in lysosome.

The more precise method for the development of high-density CNT film deposition method enables the fabrication of more CNTs in a single chip [65].

This paper presents a fast and precise method for the calculation of internal voltage transients over the voltage instrument transformer windings.

A rapid and precise method for the preparation of U, Np and Pu ion of a desired oxidation state was proposed by taking advantage of the unique characteristics of the CE with Pt/GC-WE.

Furthermore, thermogravimetric analysis is a highly precise method for the study of pyrolysis, and it is shown that each kind of biomass has unique pyrolysis characteristics because of its specific proportions of the components [ 2].

Restriction-site associated DNA sequencing (RAD-seq) using next generation sequencing platforms reduces the representation of the genome and allows oversequencing of the nucleotides adjacent to restriction sites; thus, it is a relatively cost-effective and precise method for the detection of SNPs [ 20].

As with other aspects of DTFR, the precise method for calculating the FC depends on the details of the environment and the application, and notably the localization mechanism that is assumed to exist (see Section 3).

Because of the lack of precise methods for the estimation of the interfacial area separating the NAPL and aqueous phases, most studies have opted to use modified Sherwood expressions that lump the interfacial area into the interphase mass transfer coefficient.

It is reported that the time series analysis based techniques like the autoregressive integrated moving average (ARIMA) is one of the most precise methods for the prediction of traffic flow when compared to other available techniques as mentioned above [27].

Precise methods for the detection of geologically stored CO2 within and above soil surfaces are an important component of the development of carbon capture and storage (CCS) under terrestrial environments.

Even more lucrative was his 1829 appointment as director of the assay department at the Paris Mint, for which he developed a precise and accurate method for the assaying of silver.