irregular point

irregular point的基本解释

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非正则点, 非规则点

与irregular point相关的网络例句 [注：此内容来源于网络，仅供参考]

New troops Swadian_Militia_crossbowman Irregular Militia Irregular troop Adenian Irregular footman* Irregular archer Adenian Irregular horseman Adenian Crossbowman Adenian sniper Adenian Man at arms Adenian Captain Herald Optio Anubis virgin Anubis Sister of venatores Anubis Knight of venatore Footman deserter Horseman Deserter New heroes Bors Uther Pendragon Mordred Natasha********* Merlin All other Adenian troops have been reworked Many new names for Towns Villages Castles Lords Player will have a large party to start with + coin New troops to recruit in taverns Many tweaks to speed campaign up Many other small alterations All centurions have been given real names from history; some details have been altered, 2 extra troop types to recruit from the tavern barman or woman; both may not appear at the same time. Troop types.

新的部队Swadian_Militia_crossbowman不规则民兵部队Adenian不规则不规则霍文*不规则射箭Adenian不规则骑手Adenian弩手Adenian狙击手Adenian男子武器Adenian船长先驱宾得阿努比斯维尔京阿努比斯妹妹venatores阿努比斯骑士venatore霍文逃兵逃兵骑士新英雄Bors乌瑟尔彭德拉根Mordred娜塔莎*********梅林所有其他Adenian部队已经修改了许多新的名字城镇乡村城堡上议院球员将有一个大党，开始了新的部队+硬币在酒馆招募许多高速运动的调整到了许多其他小改建所有centurions得到真实姓名从历史；一些细节已经改变， 2个额外的部队类型招募从旅舍巴曼或女；既可能不显示在同一时间。

The EM field of arbitrary point in an irregular loop can be considered as the sum of the EM field of many circle loops in the irregular loop at the point. Therefore the authors may obtain the EM field of the irregular loop as long as the authors work out the EM field of each of the circle loops.

不规则回线内任一点的电磁场可以看成是其内部多个圆形回线在该点的电磁场之和，因此，只要求出不规则回线内各个圆形回线在该点的电磁场，将它们叠加就可得出不规则回线在该点的电磁场。

The existing points and lines would form a closed geometric shape. If we put the new point Z outside the closed geometric shape at first and later then found that the point Z has neighboring relationship with the existing point A which is inside the closed geometric shape, we could not link point Z and A directly because that would bring line crossing. If we rearrange the point Z into the closed geometric shape, that also would cause a lot of work to do. With the help of Exclave, all problems could be solved easily. We use point X outside the closed geometric shape as the Exclave of the point A. Then the line between point Z and X could demonstrate the neighboring relationship of the point Z and A.

原有的各点和相邻线段往往会形成一个封闭的几何图形，如果我们把新增点 Z 设在原有的封闭几何图形外部，后来又发现该点 Z 和位于封闭几何图形内部的点 A 存在相邻关系，这时不能直接将两点连接因为那将产生交叉，而如果将点 Z 重新设在封闭图形内部也将导致大量的调整工作；此时借助外飞地的概念，可以轻松地解决上述问题，即在封闭几何图形外部设置点 X 作为点 A 的外飞地，两点使用同样的颜色，用点 Z 和点 X 的相邻线段表示点 Z 和点 A 之间的相邻关系。

与irregular point相关的网络解释 [注：此内容来源于网络，仅供参考]

irregular point：非正则点

irregular divisor class 非正则因子类 | irregular point 非正则点 | irregular singular point 非正则奇点

irregular point：非规则点

irregular phase change 不规则相位变化 | irregular point 非规则点 | irregular porosity 不规则孔隙度

internal irregular point：内非正则点

internal irradiation of radioactive nuclide 放射性核素内照射 | internal irregular point 内非正则点 | internal irregularity 内生紊乱

internally irregular point：内非正则点

internally humidified cell 内部加湿セル | internally irregular point 内非正则点 | internally loss modulated laser 内损耗调制激光器

externally irregular point：外非正则点

externally heated arc 外部加热弧 | externally irregular point 外非正则点 | externally mounted fuel tank 外油箱