Sentence examples for experimental sweep from inspiring English sources

During an experimental sweep, 20 s of pre-stimulus data, 20 s of intra-stimulus data (20 s pulse of blue or yellow light) and 20 s of post-stimulus data were recorded.

Experimental sweep widths and acquisition times (i.e., resolution) and the number of transients were optimized for the necessary resolution, experiment time, and signal-to-noise ratio for each experiment type but kept constant for the same experiment conducted with different peptide (i.e., Aβ40, Aβ42, and Aβ43) samples and different concentration conditions.

The voltage-protocols employed for specific experiments are described either in the relevant 'results' text, or are shown diagrammatically on the relevant figures; unless otherwise stated in the text, the holding membrane potential between experimental sweeps was −80 mV.

The electrocatalytic oxidation of 1,2-propanediol in perchloric acid medium was investigated using cyclic voltammetry by varying different experimental parameters: sweep rate, potential limits, temperature of the solution, and concentration of diol.

The limiting current density, measured for 100 μm thick CPEs increased monotonically from 0.3 to 2.3 mA/cm2 with n varying from 80 to 9. The calculated values of the limiting-current density (with the use of D values determined by AC) and experimental linear-sweep-voltammetry data are in a good agreement.

Two comprehensive kinetic models reported in the literature for the copper deposition in sulfate media are modeled and compared with experimental data (linear sweep voltammetry) in order to disclose the role and phase of the cuprous species as intermediates.

Each spectrum used in the steady-state data analysis was an average of 10 20 sweeps from an individual experimental preparation, with one sweep used for kinetic measurements.

The simulation results of both the non-linear elastic and linear hysteretic spring (plastic) contact models were compared with experimental results from a sweep tillage tool.

All the kinetic parameters involved in the ligand oxidation and in the complex disruption were calculated on the basis of the agreement between experimental and simulated linear sweep and cyclic voltammetries.

It was observed for each electrolyte used that the onset potential of Co dissolution as observed on the potentiodynamic curves depends on several experimental parameters such as sweep rate, cathodic limit, ion concentrations, pH and also on the number of cycles recorded.

In line with the resulting data for the examined thiocholine on the electrode, the height of the electrode response is almost constant within the experimental error for the sweep rates of 4 to 20 V s−1.