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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?设备参考

1@Sinaptec reactor

1@Sinaptec cup-horn sonicator

1@Sinaptec, NexTgen Lab generator

应?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.