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| Figure 6 displays the cyclic voltammograms of QH2 in dilute buffered acetonitrile. A new peak appears at 0.75 V in curve b of figure 6. It reveals that diethylamine can be oxidised in acetonitrile. Therefore, the scan range is selected from -0.8 V to 0.4 V when buffer of diethylamine and perchloric acid is used. When a dilute buffer of 0.2 mmol L-1 perchloric acid and 0.4 mmol L-1 diethylamine is introduced in test solution, a peak ocurres at -0.35 V. Figure 6 shows that the peak magnitude increases with increasing the concentration of buffer. As the diethylamine concentration exceeds 5 mM, the peak current of QH2 in acetonitrile become independent of the buffer of perchloric acid and diethylamine. Figue 5 and figure 6 reveal that the effect of buffer in acetonitrile is similar to that in aqueous solution. |
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4楼2018-06-06 08:25:37
phu_grassman
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| Figure 6 displays the cyclic voltammogram of QH2 in dilute buffered acetonitrile. A new peak appears at 0.75 V as shown on Curve b. It reveals that diethylamine can be oxidised in acetonitrile. Therefore, the scan range was selected from -0.8 V to 0.4 V when buffer of diethylamine and perchloric acid was used. When diluted buffer of 0.2 mmol L-1 perchloric acid and 0.4 mmol L-1 diethylamine was introduced in the test solution, a peak occured at -0.35 V. As shown in Figure 6, the peak intensity increases with the increase in the concentration of buffer. When the concentration of diethylamine exceeded 5 mM, the peak current of QH2 in acetonitrile became independent of the perchloric acid and diethylamine buffer. Figue 5 and Figure 6 reveal that the effect of buffer in acetonitrile is similar to that in aqueous solution. |
2楼2018-05-08 11:39:21
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3楼2018-05-08 22:05:29
