Sentence examples for development of a sensor for from inspiring English sources

The method shows the development of a sensor for selective and sensitive determination of methyldopa.

The method shows the development of a sensor for selective and sensitive determination of 5-FU.

The method shows the development of a sensor for the sensitive determination of cadmium with limit of detection at 105 μg L−1.

The method detects the trace level of the analyte with low detection limit which imparts the development of a sensor for selective and sensitive determination of d-panthenol.

However, this study focused on the development of a sensor for dissolved CO2 and O2, and the pH in the flask was different from that at standard conditions of shake-flask culture (a milk filter and 2 L flask filled with 50 mL of medium).

In continuation of our previous research work on modified carbon paste electrodes (Rajawat et al. [2012, 2013a]) and keeping the above views in mind, the powder of coconut shell (Cocos nucifera) was used to modify the carbon paste electrode with the main goal of using it as a modifier material for the development of a sensor for the determination of cadmium.

In this paper, a second stage of development of a complementary sensor for a metal detector is presented.

In this article we face the issue of simulating gas mixtures spectra for the development of a new sensor for external cavity-quantum cascade laser photoacoustic spectroscopy (EC-QCLPAS) starting from literature FT-IR spectra of pure components: a dataset is realized suitable to realistically represent the ensemble of spectra of the gas mixtures of interest.

Another study for using a molecularly imprinted polymer (MIP) as a recognition element in the development of a heparin sensor for real-time monitoring.

The real success in the development of a reliable sensor for cell monitoring depends on the ability to design powerful instrumentation that will facilitate efficient signal transduction from the biological process that occurs in the cellular environment.

The development of a sensor based on laser photoacoustic spectroscopic technique for detection of nanogram quantity of hazardous molecules, drugs and post-blast explosive is discussed.