In JBL's sample room in Haining,China,a piece of velvet fabric glimmers softly under the lights.This light-blocking fabric,crafted with thermally bonded TPU technology,is quietly becoming a hot item of the Europea...In JBL's sample room in Haining,China,a piece of velvet fabric glimmers softly under the lights.This light-blocking fabric,crafted with thermally bonded TPU technology,is quietly becoming a hot item of the European home furnishing market.As global textile supply chains reshape,this velvet fabric specialist is exploring the course of Chinese textiles'global expansion with its unique products.展开更多
Fenton-like photocatalysis,an advanced oxidation technology,is considered a promising method by which to degrade tetracycline antibiotic(TC)pollutants,but it remains a challenge to achieve a high degradation efficienc...Fenton-like photocatalysis,an advanced oxidation technology,is considered a promising method by which to degrade tetracycline antibiotic(TC)pollutants,but it remains a challenge to achieve a high degradation efficiency in an environmental friendly way.Herein,cluster structures assembled by 2D nanosheets of reduced CuNiFe mixed-metal-oxides(re-CuNiFe-MMOs)have been synthesized through a combined hydrothermal and polyols-solvothermal reduction process.The synergistic effect induced by multiphases of MMOs and the CuNi alloy endows the obtained re-CuNiFe-MMOs with superior Fenton-like photocatalytic activity for the degradation of TCs without the use of any additional oxidants,which is mainly attributed to the reactive oxygen species(of which·O_(2)-is dominant)generated under visible light based on the synergy of the multiphases.The degradation rate of TC reaches 100%in just 4 minutes with a constant reaction rate of 1.65 min^(-1),and this can be maintained at 95.5%after 12 cycles.This study provides an environmentally friendly approach for the treatment of antibiotic pollutants directly using visible light.展开更多
文摘In JBL's sample room in Haining,China,a piece of velvet fabric glimmers softly under the lights.This light-blocking fabric,crafted with thermally bonded TPU technology,is quietly becoming a hot item of the European home furnishing market.As global textile supply chains reshape,this velvet fabric specialist is exploring the course of Chinese textiles'global expansion with its unique products.
基金supported by the Science and Technology Committee of Shanghai Municipality(No.21160710300,19DZ2271500)the National Natural Science Foundation(NSFC No.22171212)+2 种基金Interdisciplinary Joint Research Project of Tongji University(No.2022-4-ZD-03,2022-4-YB-12)the Shanghai Sailing Program(21YF1446800)from Chinathe International Exchange Grant(IEC/NSFC/201078)through the Royal Society UK and NSFC.
文摘Fenton-like photocatalysis,an advanced oxidation technology,is considered a promising method by which to degrade tetracycline antibiotic(TC)pollutants,but it remains a challenge to achieve a high degradation efficiency in an environmental friendly way.Herein,cluster structures assembled by 2D nanosheets of reduced CuNiFe mixed-metal-oxides(re-CuNiFe-MMOs)have been synthesized through a combined hydrothermal and polyols-solvothermal reduction process.The synergistic effect induced by multiphases of MMOs and the CuNi alloy endows the obtained re-CuNiFe-MMOs with superior Fenton-like photocatalytic activity for the degradation of TCs without the use of any additional oxidants,which is mainly attributed to the reactive oxygen species(of which·O_(2)-is dominant)generated under visible light based on the synergy of the multiphases.The degradation rate of TC reaches 100%in just 4 minutes with a constant reaction rate of 1.65 min^(-1),and this can be maintained at 95.5%after 12 cycles.This study provides an environmentally friendly approach for the treatment of antibiotic pollutants directly using visible light.
