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2. Research Progress During Graduate Period
2.3 Tea waste supported Al oxides nanoparticles with help of Anionic polyacrylamide (Tea-APAM-Al)
Fig. 2-5 SEM images of Tea-Al (a) and Tea-APAM-Al (b) Table 2-2 Surface area, pore volume and pore diameter of biosorbents.
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1.Personal Information
Education:
• 09/2012-06/2015. Food Science, State Key Laboratory of Tea Plant Biology and Utilization, Anhui Agricultural University.
Fig. 2-9 XPS spectra of the Al 2p (a) and F 1s (b) of Tea-APAM-Al before and after adsorption
• The results suggested that Al atoms participated in fluoride adsorption process.
• A new F (1s) peak was found at 685.5 eV, which was higher than the 。 684.5 eV for NaF, signifying that surface reactions had occurred.
2. Research Progress During Graduate Period