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. 2020 Apr 10;10:6472. doi: 10.1038/s41598-020-63069-6

Author Correction: Various nanoparticle morphologies and surface properties of waterborne polyurethane controlled by water

Xing Zhou 1,2, Changqing Fang 1,2,, Wanqing Lei 1,2, Jie Du 3, Tingyi Huang 4, Yan Li 1, Youliang Cheng 2
PMCID: PMC7148368  PMID: 32277118

Correction to: Scientific Reports 10.1038/srep34574, published online 30 September 2016

This Article contains an error.

In the Results and Discussion section, the Authors discussed work described in Ref. 24 in a way that suggest that aggregation of tube-shaped nanoparticles was caused by the water-suspended organic molecules. However, system described in Ref. 24 was devoid of organic molecules. To clarify this in the text,

“W-WPU2 presented a perfect aggregation of tube shaped nanoparticles, which was also observed by Azaïs and Nassif et al. [24] in studying the impact of water on the structure of bone apatite. They suggested that the tube-shaped nanoparticles of ~50 nm in size were irregular platelets, but we disagree. In aqueous solution, water can bring order to the water suspension of organics [14, 16].”

should read:

“W-WPU2 presented a perfect aggregation of tube shaped nanoparticles. Previous studies demonstrated that water can bring order to the water suspension of organics [14,16] and inorganics [24] in aqueous solution. Thus, these nanoparticles of ~50 nm in size may be some type of organic particles in the water suspension.”


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