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Our group aims to combine 'Device Engineering - Device Physics - Materials Chemistry' closely together in order to effectively provide new methods and technologies for our organic optoelectronic devices (especially OLED) industry. (1) Device Engineering: Focus on fabrication of high efficiency and long lifetime organic solid-state lighting devices, organic light emitting display devices, organic solar cells, micro-nano array devices, energy storage devices and so on. (2) Device Physics: Study organic semiconductor devices and their properties, including carrier injection, transportation, recombination, interfacial defects, charge accumulation, and energy levels through the use of semiconductor test methods and surface/interface analysis techniques. The aim is to improve the organic semiconductor device performance and provide an significant basis for materials design. (3) Material Chemistry: To research organic optoelectronic devices, design and synthesize novel organic semiconductor materials, and strive to continuously improve the performance of organic semiconductor optoelectronic devices. Our group aims to combine 'Device Engineering - Device Physics - Materials Chemistry' closely together in order to effectively provide new methods and technologies for our organic optoelectronic devices (especially OLED) industry. (1) Device Engineering: Focus on fabrication of high efficiency and long lifetime organic solid-state lighting devices, organic light emitting display devices, organic solar cells, micro-nano array devices, energy storage devices and so on. (2) Device Physics: Study organic semiconductor devices and their properties, including carrier injection, transportation, recombination, interfacial defects, charge accumulation, and energy levels through the use of semiconductor test methods and surface/interface analysis techniques. The aim is to improve the organic semiconductor device performance and provide an significant basis for materials design. (3) Material Chemistry: To research organic optoelectronic devices, design and synthesize novel organic semiconductor materials, and strive to continuously improve the performance of organic semiconductor optoelectronic devices.
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