Study on chaotic gas turbine and its applications

我们设计和制造了一种混沌的燃气轮机，它可以奇特地切换其顺时针和逆时针的旋转感。我们发现，控制涡轮机旋转运动的运动方程由许多Lorenz子系统组成的星形网络表示，该网络共享代表转子角速度的变量作为中心节点。我们的运动方程能够模拟高瑞利数的湍流热对流，并适用于将方程产生的混沌信号用作伪随机数时的密码系统。

We have designed and manufactured a chaotic gas turbine that whimsically switches its sense of rotation, clockwise and counterclockwise. The equations of motion governing the rotational motion of our turbine is found to be represented by a star network of many Lorenz subsystems sharing the variable representing the angular velocity of the rotor as the central node. Our equations of motion are capable of modeling turbulent thermal convection with high Rayleigh numbers and are applicable to cryptosystems when using the chaotic signal generated by the equations as pseudo random numbers.