传统的灌溉效益分摊系数分析计算时未考虑随机因素与交互效应的影响，本文针对这一问题提出相应的数理统计分析方法。
The influence of stochastic factor and interwork effect couldn t been though about in tradition analysis and calculation of the contribution coefficient of irrigated benefit.
本文在研究输电环节网损分摊的合理性和可行性同时，对区域网损系数的确定等问题进行了探讨，供输电环节成本分析参考。
We also investigate the feasibility of transmission loss allocation, and discuss the theory of determining coefficient of area loss. It can supply a reference for analysis of transmission cost.
首先，对不同网损分摊方法的基本原理、模型算法及其特点进行了阐述，着重指出了潮流跟踪法适用于联营体模式，而边际网损系数法适用于双边交易模式和混合模式。
It is mainly pointed out that the power flow tracing method is especially suitable for pool model, while the marginal loss coefficient method is useful for bilateral and hybrid models.
考虑将系统的总网损分摊到各个节点，引入经济学中的边际理论，利用边际系数对网损实现分摊。
The economic conception about margin theory is imported to realize the loss allocation using marginal coefficient.
结果表明，基于产品地位系数的热电成本分摊方法不但适合各种性质的热电联产企业，而且能够方便地应用于实际工程中。
The heat-electricity cost allocation model and the simplified model based on the concept of reduced exergy in thermal energy utilization process were established.
结果表明，基于产品地位系数的热电成本分摊方法不但适合各种性质的热电联产企业，而且能够方便地应用于实际工程中。
The heat-electricity cost allocation model and the simplified model based on the concept of reduced exergy in thermal energy utilization process were established.
应用推荐