1) quantum state reconstruction
量子态重构
2) ground state baryon mass
基态重子质量
3) the multilevel dynamic substructure technique
多重动态子结构技术
1.
The modal analysis of the crane s gantry has proved that the use of the technique can save computing time and greatly raise efficiency,which embodies the multilevel dynamic substructure technique superiority for the analysis of the large crane s structure and wide prospect.
依据多重动态子结构技术的基本原理,建立了大型起重机门架结构的有限元模型,并进行模态分析,为其他动力学分析奠定了基础,此法在精度不变的前提下,提高了计算效率,充分显示了多重动态子结构技术在大型起重机结构动力学分析中的优越性,具有广泛的应用前景。
4) state reconstruction
状态重构
1.
The Method of State Reconstruction of Thermal Nonlinear System and Several Theoretical Issues;
热工非线性系统状态重构的方法及其若干理论问题
5) dynamic reconfiguration
动态重构
1.
Current moment-based method for dynamic reconfiguration research in distribution network;
基于电流矩方法的配电网动态重构研究
2.
A static method for distribution network dynamic reconfiguration
配网动态重构的静态解法
3.
In considering the situation of time varying load, this paper suggests a kind of power distribution static reconfiguration algorithms,on this basis of which,the dynamic reconfiguration algorithms being able to adapt to load changes is designed.
考虑到负荷变化的情况,提出一种配电网静态重构算法,并以此为基础设计出了能够适应负荷变化的动态重构算法。
6) static reconfiguration
静态重构
1.
Based on the load forecasting results,the optimal loss curve is worked out through each static reconfiguration with the indices of minimal losses.
该方法将整个时区分成若干个连续的时间间隔,以网损最小为目标函数,分别进行各时间间隔静态重构,得到最优网损曲线以获得各时间间隔开关操作引起的网损下降量,再据此客观指导时段长度的划分,并通过分析不同时段数与网损下降量的关系,确定最优时段数,得出整个时区内比较理想的重构时段长度和数目,从而得到比较理想的可行解。
2.
In considering the situation of time varying load, this paper suggests a kind of power distribution static reconfiguration algorithms,on this basis of which,the dynamic reconfiguration algorithms being able to adapt to load changes is designed.
考虑到负荷变化的情况,提出一种配电网静态重构算法,并以此为基础设计出了能够适应负荷变化的动态重构算法。
3.
Then the method is adopted to make the static reconfiguration optimal.
提出了基于时间区间的静态重构算法和动态重构算法。
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
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