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应用方向 Sonochemistry
Sinaptec NexTgen 系列设备成功应用于高频超声法合成纳米团簇形态的二氧化钛纳米棒，帮助用户制备一种用于单芳香醇选择性氧化性更好的光催化剂
High-frequency sonication for the synthesis of nanocluster-decorated titania nanorods：Making a better photocatalyst for the selective oxidation of monoaromatic alcohol。
应用学者及文献来源信息
PII:S1566-7367(22)00011-5
Reference:CATCOM 106406
To appear in:Catalysis Communications Please cite ths arltlcle as：A.CQoyyum D.A.Clannakoudalkds，A.P，LaGrow，et al，High-frequency sonloaltion for the synthasds of nanoclusler-decorated ttanla nonorods：Malkng a better photocatatyat for the seloctive oaddatlon of monooromaitic alcohol.Catalyss Cormmunicatons(2021)，https:/dol.org/10.1016/.catcom.2022.106406
应⽤设备参考
1@Sinaptec reactor
1@Sinaptec cup-horn sonicator
1@Sinaptec, NexTgen Lab generator
应⽤表现参考
Figure 1. Nitrogen adsorption-desorption isotherms for the herein studied titanium oxides (P25, MagS, US500-L, and US500-H).
Figure 2. TEM and HR-TEM images of US500-L (a and c) and US500-H (b and d) obtained by two different instruments (more details at SI).
Figure 3. HAADF HR-TEM images of US500-L (a) and US500-H (b).
Figure 4. Photocatalytic activity of P25, MagS, US500-L and US500-H.
