研究了在非旋波耦合条件下微波场建立的原子相干对光学双稳与多稳的控制。
We show the control of optical bistability and multistability via the atomic coherence induced by the microwave field in the presence of the antirotating wave coupling.
生产和销售的辅助材料品种多、精度高、质量稳、价格优。
Production and marketing of many varieties of support materials and high precision, stable quality, excellent prices.
光学双稳现象、全光学计算机是目前激光物理学、量子光学和计算机科学等多门学科共同研究的重要内容。
Optical bistability phenomenon and all-optical computer are the important contents which are studied together presently in laser physics, quantum optics and computer science, etc.
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