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本文运用数理方法和近代物理的基础知识,探索地壳构造运动的能源和机理问题,认为地球上地壳构造运动的宏观现象,无疑是地球内部微观运动的结果。 我们认为地壳构造运动的综合表达式应是一个广泛的非线性自激振荡方程,即: x +ω_0~2x=εf(x,x),式中,ε是小参数,f(x,x)既包含阻尼力,也包含反馈作用力的函数,文章较深入地讨论了此方程求解的可能性及必要条件。最后列举世界及中国大地构造波状运动型式,从而把文中从理论上推导出的地壳波动形式,在客观上得到佐证。
This paper explores the energy and mechanism of crustal tectonic movement by using mathematical methods and the basic knowledge of modern physics. It is believed that the macroscopic phenomenon of crustal tectonic movement on Earth is undoubtedly the result of micro-movement inside the earth. We think that the comprehensive expression of crustal movement should be a wide range of nonlinear self-oscillating equations: x + ω_0 ~ 2x = εf (x, x), where ε is a small parameter, f Both the damping force and the feedback force are included. The paper discusses the possibility of solving this equation and the necessary conditions. Finally, we enumerate the continents and the tectonic contours of China, so as to objectively confirm the crustal fluctuations derived from the theory.