The demands of loss allocation in different transaction modes are analysed. The object of loss allocation is brought forward. The existing loss allocation methods are also summarized. 第二章阐述了输电服务中的网损分摊问题,分析了不同交易模式对网损分摊的要求,并提出了网损分摊的目标,还对已有的网损分摊方法进行了总结。
Based on the analysis of the traditional charge pump, referred to the working conditions and parameter requirements of Flash memory, a new structure of triple-well negative high-voltage charge pump without threshold loss is brought forward. 在分析传统电荷泵工作原理的基础上,结合Flash工作电压和参数要求,提出三阱工艺,无阈值损失的负高压电荷泵电路结构。
An applied method for allocation of transmission losses based on the marginal loss is brought forward in this paper. Basic principle, model, algorithm and character for assignment of transmission losses are introduced at first. 提出一种基于边际损耗的电网损耗分摊的实用方法,对该方法分摊网损的基本原理、模型算法及其特点进行了阐述。
The method of reactant recirculation was adopted to eliminate the water loss by tail gases, the new water management system was brought forward to measure water distribution. 采用反应气循环使用实现生成水零损失,提出新型水管理系统对膜电极两侧水分布进行了研究。
Aiming at the deficiency of dispersed reactive compensation in 10 kV distribution lines, in order to reduce network loss and raise increase user voltages, an optimization algorithm for installing pole reactive compensatory equipments on non-nodal places of 10 kV distribution lines was brought forward. 针对10kV配电线路无功分散补偿的不足之处,提出在10kV配电线路非节点处安装杆上无功补偿设备的优化算法,以进一步降低网损和提高用户电压。
Secondly, the solution on the problem of high loss rate of data packet existing in the high speed network now was brought forward. In this section, the full process from design to implement of capturing packets system was elaborated. 其次,针对当前高速网络环境下暴露出的丢包率上升的问题给出了相应的解决方案,系统的阐述了局域网网络流量捕获系统从设计、实现到最后完成的全过程。