CAJ | 학술논문

表面等离激元可以有效地调控自发辐射体的内量子效率和外量子效率，为发展高效新能源提供了可行的方案。特别是近年来，国内外研究人员将该技术应用到固体发光器件中，取得了许多有价值的研究成果。基于这些研究成果，文章介绍了表面等离激元调控固体发光器件自发辐射的原理和实验进展。
표면등리격원가이유효지조공자발복사체적내양자효솔화외양자효솔，위발전고효신능원제공료가행적방안。특별시근년래，국내외연구인원장해기술응용도고체발광기건중，취득료허다유개치적연구성과。기우저사연구성과，문장개소료표면등리격원조공고체발광기건자발복사적원리화실험진전。
Surface plasmon is promised to control a spontaneous emission and enhance the quantum efficiency of the emitter for the localized electric-field intensity enhancement effect. Many resenrohers pay an intensive interest in developing a new generation solid state light-emitting devices with higher efficiency, and some important reports have been published. Here, the basic theory is introduced, and the experiments progresses is reviewed.