1) Multi-energy method
多能法
1.
At present, several methods such as TNT equivalence method, TNO method, British gas VCE method, Shell method and Multi-energy method are used to evaluate the above parameters, in which the multi-energy method is considered as a much more advanced model for vapor cloud explosion prediction.
以多能法中距离 -超压关系图为例 ,介绍了一种运用前馈多层感知器网络对现行多能法中查图步骤进行改进的方法。
2) TNO Multi-Energy method
TNO多能法
1.
On the basis of analyzing the hazardous characteristic and the characteristic of vapor cloud explosion accident of liquefied petroleum gas,two methods TNT equivalent method and TNO multi-energy method are used to calculate the consequence of vapor cloud explosion accident in LPG storage tank,the radius of death,sev.
本文在分析液化石油气的危险特性和发生蒸气云爆炸事故特点的基础上,用两种常用的蒸气云爆炸后果模拟方法TNT当量法和TNO多能法对液化石油气储罐发生蒸气云爆炸的后果进行计算,分别得到死亡、重伤、轻伤和财产损失半径。
2.
Based on the analysis of hazardous characteristics of LPG and characteristics of vapor cloud explosion, TNT equivalent method and TNO multi-energy method are used to simulate the consequence of vapor cloud explosion of LPG tank and calculate death radius, GBH radius, flesh wound radius and property loss radius.
在分析液化石油气的危险特性和发生蒸气云爆炸事故特点的基础上,用两种常用的蒸气云爆炸后果模拟方法TNT当量法和TNO多能法对液化石油气储罐发生蒸气云爆炸的后果进行计算,分别得到死亡、重伤、轻伤和财产损失半径。
3) multi-agent algorithm
多智能体算法
1.
An orthogonal multi-agent algorithm for solving the direct optimal operation model of water distribution network;
正交多智能体算法求解管网直接优化调度模型
4) multiple capacity spectrum method
多维能力谱方法
1.
In this paper,the fundamental concept and implementing procedure of multiple capacity spectrum method are introduced for the veracity of estimating the displacement demands of multiple structures.
为了合理准确估计多维结构的地震位移反应,提出了多维能力谱方法的概念及实施步骤。
5) multiple-function comprehensive method
多功能综合方法
6) multi-intelligence algorithm
多种智能算法
1.
In this paper,a job shop scheduling model combining MAS(multi-agent system)with multi-intelligence algorithms is presented.
基于静态的智能算法与动态的多Agent思想,提出了一种结合通用部分全局规划(generalized partial global planning,GPGP)机制与多种智能算法的多Agent车间调度模型,设计了从"初始宏观调度"到"微观再调度"的大规模复杂问题的调度步骤,并构建了一个柔性强且Agent可自我动态调度的仿真系统。
补充资料：多能
1.具有多方面的才能。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条