plane n. 悬铃木属树木。 plane2 n. 1.平面,水平面,面。 2.(知识等的)发达程度,水平,阶段。 3.【航空】机翼面;〔常 pl.〕飞机。 4.(结晶体的)一面。 5.【矿物】总巷道。 an inclined plane 斜面。 a plane of polorization 【矿物】偏振(平)面,偏光面。 a plane of reference 【数学】基础(平)面,对照面。 a plane of symmetry 对称面。 an elevating plane 【航空】升降翼。 a rear plane 【航空】尾翼,方向翼。 a robot plane 无人驾驶飞机。 a rotor plane 旋翼机。 on the same plane as 和…同一水准[程度]。 adj. 平的;在平面上的,平面图的。 a plane chart 平面海图。 a plane figure 平面图。 vi. 1.滑行;(比赛船等)在水面上飞一样滑跑。 2.〔口语〕坐飞机去旅行。 n. 平刨;镘。 a jack plane 粗刨。 vt.,vi. 刨平;镘平。
Order of growth for random dirichlet series in the complex plane 级数表示的整函数的增长性
Error formula of generalized rational newton interpolation on complex plane 插值的误差公式
Is analytic on the complex plane except for the roots of eq . ( 1 . 2 . 10 ) 10 )的根外的复平面上解析,则了同v卜一八则。
On admissible solutions of two types of systems of differential equations in the complex plane 关于两类复微分方程组的允许解
Non - destructive examination of welds - eddy current examination of welds by complex plane analysis 焊接的无损检验.通过多平面分析进行焊接的涡流检验
Non - destructive examination of welds - eddy current examination of welds by complex plane analysis 焊接的无损检验.通过综合平面分析检验焊接的边缘电流
Non - destructive examination of welds - eddy current examination of welds by complex plane analysis ; german version en 1711 : 2000 焊接的无损检测.通过多平面分析进行焊接涡流检验
In the next chapter , the two dimensional fipwa especially the modified steepest decent path ( msdp ) in angular complex plane and the interpolate / extrapolate technique have been carefully studied 接着,重点研究了二维快速非均匀平面波算法,对其复平面上的修正最陡下降路径及内插外推技术进行了深入研究。
First , the geometric properties of the sum of the segments in the complex plane are proved , based on which , the robust problem is interpreted as a special point location problem of computing geometry -稳定性问题。证明了在复平面上多个线段和的几何性质。在此基础上,将鲁棒问题转化为计算几何中的点定位问题。
The complex electrical properties of dunite were measured over the frequency range from 0 . 1 - 106hz , at 1 - 3 gpa and 1282 - 1544k , and at the fo2 of mo - moo2 . complex plane plots show separate effects of grain interior and grain boundary conductivity 对颗粒边界的电导率研究表明,颗粒边界的电导率高于颗粒内部的电导率,总电导率则小于颗粒内部和颗粒边界的电导率,颗粒边界并没有增强总电导率。