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Primary Energy Consumption Structure Under Multi-Factor Orthogonal Decomposition Method

机译:因子正交分解法的一次能源消耗结构

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Structure of primary energy consumption is affected by many factors, which do not necessarily show linear superposition. A class of optimal synthesis method is formulated. There is a correlation between various factors. The key issue is that how the nonlinear synthetization affect natural gas demand. This paper constructs an orthogonal coordinate system and describes the multi-factor synthetization. By using a new measurement method and constructing an orthogonal coordinate system, we can draw on each factor on the primary energy decomposition and synthesis. It is obtained the trends finally. It can be used to solve the combined effects of a variety of factors.
机译:一次能源消费的结构受许多因素的影响,不一定显示线性叠加。提出了一类最佳合成方法。各种因素之间存在相关性。关键问题是非线性合成如何影响天然气需求。本文构建了一个正交坐标系,并描述了多因素合成。通过使用一种新的测量方法并构建一个正交坐标系,我们可以利用一次能量分解和合成中的每个因素。最终获得趋势。它可以用来解决多种因素的综合影响。

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