Phase-coded time-domain holography in persistent hole burning materials
摘要
The possible application of the spectral hole burning in the optical storage field has attracted scientists’ attention due to its high density storage which increases 3 orders of magnitude more than that of the present conventional optical disk. By adding a frequency space to the optical storage the storage density can break through the limitation exerted by the fight spot diffraction in the three-dimensional space. The holographically optical st
引用本文（GB/T 7714）
DOU KAI, 靳春明, 张家骅, 等. Phase-coded time-domain holography in persistent hole burning materials[J]. 中国科学通报：英文版, 1995.
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