阅读说明：本技术 一种具有非线性响应级联放大效应的纳米光子雪崩荧光原理与实现方法 (Nanometer photon avalanche fluorescence principle with nonlinear response cascade amplification effect and implementation method ) 是由 詹求强 梁宇森 朱志旻 乔书倩 郭鑫 王保举 于 2021-08-02 设计创作，主要内容包括：本发明公开了一种具有非线性响应级联放大效应的纳米光子雪崩荧光原理与实现方法,所述的级联放大效应的光子雪崩由光子雪崩纳米引擎与级联离子共同作用实现,光子雪崩纳米引擎由雪崩离子与蓄水离子共掺杂的纳米晶体组成,两种离子都能辐射出高效稳定的光子雪崩荧光,级联离子掺杂在包覆纳米引擎的壳层,通过晶格能量迁移路径可将引擎中光子雪崩能量传递到级联离子。此稀土掺杂荧光纳米材料产生具有级联放大作用的高阶非线性光子雪崩效应,从而用同一激发策略实现纳米体系中多离子光子雪崩荧光辐射。(The invention discloses a nano photon avalanche fluorescence principle with nonlinear response cascade amplification effect and a realization method thereof, wherein photon avalanche of the cascade amplification effect is realized by the combined action of a photon avalanche nano engine and cascade ions, the photon avalanche nano engine consists of an avalanche ion and water storage ion co-doped nano crystal, both ions can radiate high-efficiency and stable photon avalanche fluorescence, the cascade ions are doped in a shell layer covering the nano engine, and photon avalanche energy in the engine can be transmitted to the cascade ions through a lattice energy migration path. The rare earth doped fluorescent nano material generates a high-order nonlinear photon avalanche effect with a cascade amplification effect, so that multi-ion photon avalanche fluorescence radiation in a nano system is realized by using the same excitation strategy.)