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Fig. 7 | Chemical and Biological Technologies in Agriculture

Fig. 7

From: Water-mediated NOE: a promising tool for interrogating interfacial clay–xenobiotic interactions

Fig. 7

A series of NOE buildup curves for the various hydrogen resonances in different pesticides. The filled circle denotes the NOE buildup in the presence of clay particles, and open circle denotes the NOE buildup in the absence of clay. The NOE buildup in the hydrogen of nicotine is shown in Graph (ac). The NOE buildup in the hydrogen of imazapyr is shown in Graph (df). The NOE buildup in the hydrogen of Diflufenzopyr is shown in Graph (gi). ac Nicotine: hydrogen chemical shifts 8.51, 7.88, and 2.15. df Imazapyr: hydrogen chemical shifts 8.75, 7.74, and 0.94. gi Diflufenzopyr: hydrogen chemical shifts 8.43, 7.20, and 2.26

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