CuO Nanorod Catalyst

Highest adsorbed oxygen

Unlike conventional CuO, this catalyst's performance is governed by surface adsorbed oxygen rather than specific surface area, with maximal adsorbed oxygen and high Cu1+/Cu2+ ratio to boost chemisorption of NH4+ and ClO4−.

Majeed, Muhammad Amjad · Lei, Xiaoting · Xu, Jianyong · Jiang, Aifeng · Muhammad, Arif · Song, Changkun · Cheng, Long · Zhao, Zhang · Li, Yanchun · Zhang, Wenchao

Surfaces and Interfaces 2024

Specifications

Particle size

{'zh': '', 'en': '675'} nm

APC composite size

{'zh': '20', 'en': '20'} μm

Advantages

Highest Cu1+/Cu2+ ratio

Maximal surface adsorbed oxygen