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采用YAG532nm光预泵浦的方法，研究了偶氮材料EO和MO的单色光、双光子、和复色光共同存储状态，分别研究了它们的实时、短时、长时和永久存储状态。还分析了最佳泵浦条件及复色光共同存储的竞争机制。
Using YAG532nm optical pre-pumped method, the monochromatic, two-photon and complex color states of the azo materials EO and MO were studied, and their real-time, short-time, long-term and permanent storage states were studied respectively. Also analyzed the optimal pump conditions and coprocessed co-storage competition mechanism.