This nicely supports potential multi-platform requirements, and also provide a way to scale or evolve the infrastructure over time.
这就很好地支持了可能的多平台的需求，同时也提供了一种方法使得基础架构能够随着时间的推移扩展规模，或者进行演化。
Therefore, multi-scale mechanics is introduced to study the phenomena that couple various length and time scales.
由此引入多尺度力学，即研究各种不同长度尺度和时间尺度相互耦合现象的科学。
But for a multi time scale power system, existence and fundamental characteristics of fast manifolds must also be studied in order to obtain the model reduction condition of fixing slow dynamics.
但对于多时间尺度的电力系统模型降阶问题而言，还必须研究快流形的存在性及其基本特征，以给出固定系统慢动态的降阶条件。
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