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laser-induced thermal lens spectrometry.
Figure 1 Schematic diagram of single-laser thermal lens spectrometer.
Intensity at the detector over time was obtained during thermal lens effect for each sample, and then the thermal lens signal was calculated by Eq. 1.
Thermal lens effect has been developed as a powerful analytical technique for measurement of low absorbance.
A single-laser thermal lens spectrometer was designed in our laboratory (Figure 1).
The 15-µL homogenized resultant solution was introduced into the micro cell located at the thermal lens spectrometer.
The thermal lens spectrometer was set at a wavelength of 532 nm and a chopper frequency of 0.55 Hz.
The steady-state thermal lens effect is due to the formation of the temperature-dependent refractive index gradient.
Figure 3 Effect of the concentration of NaOH on thermal lens signal of 25 µg L -1 Hg +2.
The maximum of thermal lens signal observed for the Triton X-114 concentration is higher than 0.1% (w/v).
A dual-beam mode-mismatched thermal lens (TL) method was used to investigate the effect of thermal diffusivity of samples.
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