研制此类器件的目的在于利用该器件的光学双稳态特性，通过多环甚至环形阵列等结构来实现全光存储。
The purpose of developing such devices is to use the characteristics of optical bistability in a multi-ring or ring-array structure to achieve all-optical storage.
报道了一种新的高稳定的有机分子（SCN）可以和铜构成具有电双稳态特性的金属有机络合物。
In this paper, a new metal organic complex constructed by copper and a highly stable organic molecule SCN, was reported.
双稳态特性是由入射光的折射率改变所致。
The bistability results from the refractive index change due to light injection.
根据双稳态结构跳转时的阈值特性和加速度开关的工作原理，建立了粘附性双稳态微加速度开关的模型。
According to threshold characteristics of bistable structures and working principle of acceleration switch, this paper established adhesion bistable micro-acceleration switch models.
饱和吸收体对激光的吸收系数随抽运光强的增加而减小，形成了输出激光的光学双稳态特性。
The optical bistable is observed because the absorption for laser reduces with the increasing of the pump power.
饱和吸收体对激光的吸收系数随抽运光强的增加而减小，形成了输出激光的光学双稳态特性。
The optical bistable is observed because the absorption for laser reduces with the increasing of the pump power.
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