Sentence examples for intensities of the solution from inspiring English sources

The sample was prepared as follows: GNRs were dissolved into 2 mL by PBS buffer (pH = 6.8) with different concentration of glucose solution (concentration from 0.6 to 6.7 mM) for 2 min. Then, samples were contained in 1-cm path length quartz, and the UV vis absorption intensities of the solution were recorded by JASCO V-570 UV/VIS/NIR spectrophotometer.

For the first approach, the fluorescence intensities of the solutions were measured at 389 nm after excitation at 312 nm.

The concentrations were adjusted to an absorbance less than 0.1, in order to keep proportionality between the absorption and the fluorescence intensities of the solutions.

Doxorubicin was used as the fluorescent probe marker and calibration curve was constructed by measuring the fluorescence intensities of the solutions with known concentrations of doxorubicin at λem = 550 nm and λexc = 475 nm by a Fluorescence Spectrometer (Perkin Elmer LS-3, USA).

The fluorescence intensity of the solution kept decreasing as the concentration of Fe3+ increased.

The fluorescence intensity of the solution was recorded as analytical signal.

Figure 1b shows that the emission intensity of the solution decreased with the addition of alumina powder.

It is interesting to notice that the color intensity of the solution is linearly dependent on the metal concentration.

More specifically, dye degradation can be evaluated through comparison of the decreasing absorption intensity of the solution with the absorption intensity of standard solutions through UV Vis absorption spectroscopy (Fig. S3).

We found that both the color intensity and the fluorescent intensity of the solution are linearly dependent on the metal concentration.

The decrease in transmittance in high-temperature range may be attributed to the formation of large nanocable aggregates, which significantly enhanced the scattering intensity of the solution.