1) inner maximal rectangles
内部最大矩形
1.
The inner maximal rectangles(IMR) and the vertex rectangles(VR) were calculated rapidly by the CDF function in advance,and were saved into the matrix.
研究了基于图形几何尺寸修正的电子束光刻的内部邻近效应校正技术,利用累积分布函数预先进行内部最大矩形和顶点矩形的快速计算,并把它们存储在矩阵中。
2) Maximal Empty Rectangle(MER)
最大空闲矩形
3) maximal inscribed heart-shaped loop
最大内切心形线
1.
Solutions to heart-shaped loop including the solution to minimal circumscribed heart-shaped loop, maximal inscribed heart-shaped loop and minimal zone heart-shaped loop and the error evaluations of non-perimeters were suggested in detail.
详细介绍了心形线边界的求法 (包括最小外接心形线求法、最大内切心形线求法和最小区域心形线求法等 3种方法 )以及进行不圆度误差评定的方法。
4) vertical internal max square
最大内接正方形
5) maximum torque
最大转矩
1.
Based on the electro-technology theory,this study defines the ratio of maximum torque Tm to starting torque Tst as the starting modulusλst,and reaches a conclusion that X20 can be calculated by using the rotor phase resistance r2 and the starting modulus A,,.
针对异步电动机转子相电阻r2容易测量,而转子相感抗X20不易测得,且尚无计算X20关系式的现状,以电工理论为基础,定义电机最大转矩Tm和起动转矩Tst的比值为启动系数λst,分析得出了用转子相电阻r2和启动系数λst计算X20的公式。
2.
A maximum-torque slip frequency control method is proposed to meet the requirements of mining locomotives and remedys the weaknesses of traditional slip fre quency control such as the PI parameters are hard to determine,the current-slip curve is hard to realize by MCU and the maximum torque can not be obtained.
在分析和比较现有交流牵引驱动系统的控制方法的基础上,针对窄轨电机车的实际工程需求,提出了具有最大转矩输出能力的改进型转差频率控制方法。
3.
The circular graph which comes from circular theory and motor equivalent diagram,shows running characteristic clearly and to determine motor parameter via geometric relations:such as losses,efficiency, maximum torque and so on.
由圆图分析法结合异步电机Γ型等效电路图推广而来的电机圆图,可以很形象地表明电机运行特性以及通过几何关系间接地确定电机的某些性能,如损耗、效率、最大转矩等,但作图较为繁琐而且精确度受影响。
6) maximum bending moment
最大弯矩
1.
Reliability analysis of the responses such as the maximum bending moment in the pile and the pile head displacement were presented.
在考虑桩的水平荷载、桩周土反力及桩的刚度等不确定因素情况下,采用一阶可靠度分析方法对水平受荷桩的最大弯矩及桩顶的最大位移进行了可靠性分析,进 而,考虑分布参数的不确定性,用点估计法预估桩的失效概率,对给定的p-y 曲线进行桩的可靠性分析。
2.
This paper makes an exhaushve study of maximum bending moment for beam to bear moving load, and putsforwrt its method and step to determine it.
对受移动载荷梁的最大弯矩进行了详尽的分析。
3.
The major role in the design of cantilever sheet pile is to determine the insert depth and the maximum bending moment.
悬臂式板桩墙设计中主要确定插入深度和最大弯矩，由于传统方法计算的最大弯矩在理论上与实际存在矛盾，因此本文建议了一种计算最大弯矩的方法。
补充资料：内部
内部
interior
囚都t加挽幻份;皿yT那二ocT‘J 拓扑空间X的子集A的满足下列条件的所有点x的集合:存在X中的开集U:，使x任U:CA.集合A的内部通常记为IntA，且表示含于A内的X中的最大开集.等式IntA=x\「X\A」成立，这里〔X}表示X的闭包.拓扑空间X中集合的内部是正则开(化孚血r open)集或典范集(。口训jCalset).其典范开集构成拓扑基(b朋e)的空间称为半正则的(~一记gu~lar).所有正则空间都是半正则的.内部有时也称为集合的开核(open ken祀1 of the set). B .H，floH咖apeB撰【补注1亦见集合的内部(泊忱由r of a set). 白苏华、胡师度译
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参考词条