Magnetic fields are pervasive throughout the Universe.They are integral to a wide array of astrophysical processes that span various physical scales and field strengths.The Galactic magnetic field,in particular,holds ...Magnetic fields are pervasive throughout the Universe.They are integral to a wide array of astrophysical processes that span various physical scales and field strengths.The Galactic magnetic field,in particular,holds significant importance in shaping the evolution of our Galaxy.However,our understanding of its behavior on small scales remains poor,especially when considering its penetration into the Galactic halo[1].展开更多
Driven by innovations in the form factor of organic light-emitting diode(OLED)displays,the application scope of OLED technology now encompasses the biomedical field,in addition to its existing application domains of m...Driven by innovations in the form factor of organic light-emitting diode(OLED)displays,the application scope of OLED technology now encompasses the biomedical field,in addition to its existing application domains of mobile phones,televisions,and lighting.This paper introduces an ultrathin,ultraflexible,and high-power bio-OLED patch with perfect waterproofing and an elongation of 2.04%through material and structural design.Furthermore,the OLED patch with a parallel-stacked OLED delivers a high output of 100 mW/cm^(2),achieves a 40%power density improvement compared to glass-based OLEDs using optimized encapsulation,and is suitable for photodynamic therapy owing to its lifetime of 183 h at an intensity of 35 mW/cm^(2).Since OLED patches are required for long-term stable operation in various biomedical applications,we developed an OLED patch with an outcoupling structure using a simple method.The improved OLED patch achieved a 35%increase in light extraction compared to the original OLED patch.展开更多
基金supported by the National Natural Science Foundation of China(11988101,12103069,11725313,12273008,12373109,and 12203045)the National Key R&D Program of China(2017YFA0402600 and 2023YFB4503300)+4 种基金the National SKA Program of China(2022SKA0130100 and 2022SKA0130104)the Shandong Provincial Key R&D Program(2022CXGC020106)the Zhejiang Provincial grants(2023R01008 and 2024SSYS0012)Additional support came from the Pilot Project for Integrated Innovation of Science,Education and Industry of Qilu University of Technology(2022JBZ01-01)funding from NextGenerationEU under the Italian PNRR(Project IR0000034 CSTILES)。
文摘Magnetic fields are pervasive throughout the Universe.They are integral to a wide array of astrophysical processes that span various physical scales and field strengths.The Galactic magnetic field,in particular,holds significant importance in shaping the evolution of our Galaxy.However,our understanding of its behavior on small scales remains poor,especially when considering its penetration into the Galactic halo[1].
基金supported by the Technology Innovation Program(20018379Development of high-reliability light-emitting fiber-based woven wearable displays)funded By the Ministry of Trade,Industry&Energy(MOTIE,Korea)supported by the Technology developmentProgram(RS-2024-00469790)funded by the Ministry of SMEs and Startups(MSS,Korea).
文摘Driven by innovations in the form factor of organic light-emitting diode(OLED)displays,the application scope of OLED technology now encompasses the biomedical field,in addition to its existing application domains of mobile phones,televisions,and lighting.This paper introduces an ultrathin,ultraflexible,and high-power bio-OLED patch with perfect waterproofing and an elongation of 2.04%through material and structural design.Furthermore,the OLED patch with a parallel-stacked OLED delivers a high output of 100 mW/cm^(2),achieves a 40%power density improvement compared to glass-based OLEDs using optimized encapsulation,and is suitable for photodynamic therapy owing to its lifetime of 183 h at an intensity of 35 mW/cm^(2).Since OLED patches are required for long-term stable operation in various biomedical applications,we developed an OLED patch with an outcoupling structure using a simple method.The improved OLED patch achieved a 35%increase in light extraction compared to the original OLED patch.
