水资源系统是一耗散结构，本文以水资源量作为序参量，来描述水资源系统的有序性和演化方向。
Based on the assumption of water resources system is a dissipative structure, the water is regarded as a sequential parameter to describe the sequence and evolution direction of system.
结果表明，在三光子 参量过程中也存在着一个临界值，即阈值，且当驱动强度超过临界值之后，便呈现出从无序到有序的转变。
The result shows that there exists a critical value, when the driving strength is over it, the transition from disorder to order will occur.
它认为系统的演化受序参量的控制，演化的最终结构和有序程度取决于序参量。
It considered that the system's evolution was controlled by order parameters. The final structure and orderly degree of the system's evolution were depended on order parameters.
它认为系统的演化受序参量的控制，演化的最终结构和有序程度取决于序参量。
It considered that the system's evolution was controlled by order parameters. The final structure and orderly degree of the system's evolution were depended on order parameters.
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