1) three segment self-adaptive method
三段自修正法
2) Three-piece coefficient correction algorithm
三段流量系数修正算法
1.
Three-piece coefficient correction algorithm for vortex flowmeter in the application of nonlinear amendments;
三段流量系数修正算法在涡街流量计非线性修正中的应用
3) modified three gradient method
修正三梯度法
1.
Modified three gradient method is a method to measure beam emittance developed from three gradient method which has been widely used in beam diagnostics.
介绍了修正三梯度法的原理和利用该方法测量发射度的实验装置。
4) terminal correction
末段修正
1.
The paper puts forward a design scheme of simple impulse correction for terminal correction rockets,and establishes the model of corrected trajectory.
提出了一种末段修正火箭弹简易脉冲修正技术的设计方案,并建立了修正弹道模型。
2.
In view of the problem of correction of the end of ballistic trajectory of mortar,this paper builds a dynamics model based on impulse control and analyzes the effect of impulse and trajectory parameters on terminal correction ability and trajectory characteristic.
结合弹道模型,分析了脉冲个数、脉冲力大小、布置位置、弹丸转速、脉冲作用时间等脉冲参数和弹道参数对末段修正能力和弹道特性的影响规律。
3.
Impulse correction scheme of a terminal correction rocket was put forward,and the trajectory model was established.
提出了一种末段修正火箭弹的脉冲修正方案,建立了相应的弹道模型;对单个脉冲发动机的修正能力及修正时机进行了仿真研究;提出了末段多级修正的方法,并对多级修正进行了弹道数字仿真。
5) repair patterns
修正片段
1.
The research questions are: 1) In China s English classroom conversation, which repair patterns are more likely to be used and which repair patter.
一直以来，许多外语教学研究者致力于课堂教师—学生会话中的修正片段的结构分析，既失误源、诱发因子和修正。
6) two-phase revised simplex method
两阶段修正单纯形法
1.
In view of the high computational cost in the reliability evaluation of bulk composite generation-transmission system,the improved importance sampling technique is used to reduce the variance,and a two-phase revised simplex method is applied for lowering the order of the linear programming.
针对组合系统可靠性评估中计算费用过高的问题,提出利用改进的重要抽样法模拟系统运行状态以减小方差,采用两阶段修正单纯形法进行系统分析计算以降低线性规划的阶数。
补充资料：十报恩 赠段先生 折段字起
【诗文】：
公物外好生涯。火相逢结大砂。女盘桓看大药。牛哮吼戏灵葩。云铺地丹炉赫，子观天碧眼华。有三生君省悟，中无事步烟霞。
【注释】：
【出处】：
公物外好生涯。火相逢结大砂。女盘桓看大药。牛哮吼戏灵葩。云铺地丹炉赫，子观天碧眼华。有三生君省悟，中无事步烟霞。
【注释】：
【出处】：
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