1) ground-state calculation
基态计算
2) dynamic calculation
动态计算
1.
With dynamic calculation method, heating energy consumption of building outside walls and roofs are calculated by means of hourly outside weather data of the typical year.
利用典型年逐时室外气象数据,采用动态计算方法来计算外墙及屋顶的采暖能耗,综合考虑了室外空气温度、太阳辐射等因素的影响,提高了计算准确度,进而较准确地把握太阳辐射对外墙及屋顶传热耗热量的影响。
2.
With a dynamic calculation method, the heating energy consumption of building outside windows is calculated by means of hourly outside weather data of the typical year.
采用动态计算方法,可以利用典型的年逐时室外气象数据来计算外窗的采暖能耗,综合考虑室外空气温度、太阳辐射等因素的影响,以提高计算准确度,进而较准确地把握太阳辐射对外窗采暖能耗的影响。
3.
An optimum model, which was suitable for dynamic calculation, was put forward based on the analysis of oversaturated flow and a method of time smooth was provided in order to reduce the error due to random characteristics of traffic system.
在此基础上 ,以 SIGNAL94为基本模型 ,针对北京市交通的实际情况 ,建立了适合北京市交通特性和动态计算的排队长度优化模型。
3) static design
静态计算
4) calculation of actual state
实态计算
5) polymorphisim calculation
多态计算
6) transient calculation
暂态计算
1.
as example, briefs the transient calculation aim of deaerator and its principle ,analyzes the calculation method and steps in detoi1Under the condition that the deaerator layout and the feedwater pump have been determined ,this artiele analyzes the impact of complete load rejection of unit on the cavitation performance of booster pump.
以华润电力湖南有限公司2×600MW国产燃煤亚临界发电机组为例,介绍了除氧器暂态计算目的及其原理,详细分析了计算方法及步骤。
2.
The transient calculation of the deaerator is an prerequisite condition for its optimized arrang.
除氧器的暂态计算是除氧器优化布置的先决条件,在建立数学模型时需要做出一些假定,以便使计算方法简便实用。
3.
This paper presents an efficient method for transient calculation of power system.
介绍一种含铁心元件网络的暂态计算方法。
补充资料：基态
基态
Ground state
基态(ground state) 基态是量子力学中粒子或粒子系统的能量最的定态。基态可以是束缚的或非束缚的;如果是束的，其能量一般比那紧接较高的或第一激发态的量小一个有限的量。在典型的情形中，若粒子无地分开时的势能为零，则负的基态能量的量值就结合能，即将所有粒子都无限地分开所需要的能董参阅“核结合能，，(nuelear binding energy)、“能名(energy level)、“激发态，，(exeited state)、“非相对性量子理论，，(nonrelativistiequantum theory)、“态”(stationary state)各条。 〔格朱奥依(E.Gerjuoy)霏
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