EPR experiments require us to revise the foundation of physics, i. e. to establish a new theory to reconcile SR and QM.
EPR实验迫使我们去修改物理学的基础，即建立一个能统一狭义相对论和量子力学的理论；
We have studied the background of engineering detecting and adaptive SR technology, made a systemic research on the theory and drawn some conclusions from simulation.
从理论到仿真，从工程测量背景分析到自适应随机共振算法，进行系统的研究，并建立自适应随机共振信号检测系统。
The stochastic resonance(SR)in an optical bistable system under the simultaneous action of multiplicative and additive noises and periodic signal is studied using the adiabatic approximation theory.
运用绝热近似理论，研究了由加性噪声和乘性噪声及周期信号驱动的光学双稳系统的随机共振现象。
The stochastic resonance(SR)in an optical bistable system under the simultaneous action of multiplicative and additive noises and periodic signal is studied using the adiabatic approximation theory.
运用绝热近似理论，研究了由加性噪声和乘性噪声及周期信号驱动的光学双稳系统的随机共振现象。
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