1) tidal excursion
潮程
2) Chengchao
程潮
1.
Study on Contact Zone Tectonic and Deep Exploration in Chengchao Iron Deposit, Hubei Province;
程潮铁矿接触带构造研究与深部找矿
3) Chengchao Iron Mine
程潮铁矿
1.
Monitoring and Analysis on Surface Subsidence of the East Zone in Chengchao Iron Mine;
程潮铁矿东区地表移动的监测与分析
2.
Ground surface subsidence and dislocation caused by underground mining is believed as the cause of instability at eastern main shaft field in Chengchao Iron Mine in the past.
程潮铁矿东主井区工业场地不稳定的成因,过去认为是地下采矿引起的地表塌陷错动波及到场区而引起,根据矿体上部和上下盘围岩工程地质调查和东主井场区地表和地层内部位移观测资料,提出陡倾结构面张开说,即认为场区不稳定的直接成因是地形、地基及岩体内部陡倾结构面的开裂。
4) power flow equation
潮流方程
1.
By using Wu s method,all the precise solutions of power flow equations are worked out without encountering the numerical difficulty of ill-condition.
通过运用吴消元法求解电力系统潮流方程,求得了全部实域精确解,同时避免了因以数值迭代方法求解出现雅可比矩阵奇异的现象。
2.
Changes at power flow calculation produced by application of PMU are analyzed, the concept of direct solution of power flow equations based on proper placement of PMU is proposed, and the algorithm of PMU placement results in direct (non iterative) power flow solution is presented in the paper.
论文提出了潮流方程直接可解的概念，并给出了相应的ＰＭＵ 配置算法。
3.
The static power flow equations for two generator power systems with SSSC are built in a synchronously rotating d-q frame by using Park\'s transformation.
在两相同步旋转d-q坐标系下建立了装有SSSC双机系统的静态潮流方程并应用输入变换实现了有功和无功的解耦,同时给出了变换后等效的系统矩阵及所采用的输入变换矩阵。
5) tidal bank process
潮滩过程
6) power flow equations
潮流方程
1.
An improved continuation method is proposed,which does not rely on load parameters through the transformation of power flow equations,the convergence of continuation method is improved,and the PV curves of IEEE 14-bus system are calculated and analysed.
该算法通过对潮流方程的变换,摆脱了对负荷参数的依赖,改善了连续潮流法的收敛性,并以IEEE 14节点系统为例作了计算分析。
2.
Wu elimination method is applied to solve the analytical solutions of power flow equations without extraneous roots or missing roots.
应用吴消元法求解潮流方程的全部解,做到不增不漏。
3.
In voltage stability analysis,the critical points of static voltage stability usually correspond to simple fold points of power flow equations.
在电压稳定分析中,静态电压稳定临界点一般对应潮流方程的简单折叠点。
补充资料：迎潮送潮辞·送潮
【诗文】：
潮西来兮又东下，日染中流兮红洒洒。汀葭苍兮屿蓼枯，
风骚牢兮愁烟孤。大几望兮微将晦翳，睨瀛溶兮敛然而退。
爱长波兮数数，一幅巾兮无缨可濯。帆生尘兮楫有衣，
怅潮之还兮吾犹未归。
【注释】：
【出处】：
全唐诗：卷621-22
潮西来兮又东下，日染中流兮红洒洒。汀葭苍兮屿蓼枯，
风骚牢兮愁烟孤。大几望兮微将晦翳，睨瀛溶兮敛然而退。
爱长波兮数数，一幅巾兮无缨可濯。帆生尘兮楫有衣，
怅潮之还兮吾犹未归。
【注释】：
【出处】：
全唐诗：卷621-22
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