Jinhui Li’s scientific contributions

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Publications (1)


Fig.2. SEM images of the sponges:(a) pristine sponge,(b) as-prepared sponge,(c) stearic acid sponge, and (d) Fe 3 O 4 sponge.
Fig.3. SEM images of the as-prepared sponge by different concentration of stearic acid:(a) The stearic acid concentration is 0.5%,and(b) The stearic acid concentration is 4%.
Preparation of Superhydrophobic Magnetic Polyurethane Sponge for Removing Oil Pollutants from Water
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August 2018

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217 Reads

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7 Citations

IOP Conference Series Materials Science and Engineering

Xuemei Zhang

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Jinhui Li

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Guang Wang

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[...]

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Xiaoxia Yang

The superhydrophobic magnetic sponge were prepared by Fe3O4 nanoparticals and stearic acid which were coated on the surface of polyurethane sponge. The preparation process of the superhydrophobic materials are prepared under mild, low-cost and environment-friendly conditions. pieces of PU sponges were decorated immersed in a ethanol solution which uniform suspension Fe3O4 nanoparticles ethanol by ultrasonication, and the obtained PU sponges were modified with stearic acid. The Fe3O4 and stearic acid were coated onto the skeleton surface of the sponge, which make the as-prepared sponge possess magnetic and hierarchically microstructure. The high elasticity sponge can through the simple squeeze realize oil recovery. After 5 cycles, the as-prepared sponge retains excellent absorption properties. The superhydrophobic magnetic polyurethane sponge has great potential in industrial oil separation and oil spill recovery in future.

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Citations (1)


... Among the few types of smart materials available to date is the porous polymeric matrix (PPM) containing magnetizable particles (MPs). PPM is a polyurethane sponge [1,5,6], and MP particles can be carbonyl iron microparticles [1,6], iron microparticles [7], magnetite nanoparticles [8,9], etc. The assembly of PPM with MPs forms what we call a magnetizable sponge (MS). ...

Reference:

Magneto-Dielectric Effects in Polyurethane Sponge Modified with Carbonyl Iron for Applications in Low-Cost Magnetic Sensors
Preparation of Superhydrophobic Magnetic Polyurethane Sponge for Removing Oil Pollutants from Water

IOP Conference Series Materials Science and Engineering