1) jet prediction
射流预测
1.
The behavior of a bubble near a rigid plate is considered by the local surface fitting and the "jet prediction" method.
针对近板壁三维爆炸气泡的计算 ,运用射流预测法和局部曲面拟合来改善泡面单元形态 ,解决了由于网格变形而引起的计算不收敛问题 。
2) range prediction
射程预测
1.
A key point of the range correction is accurate range prediction.
射程修正的基础是对射程的准确预测 ,本文在弹道特征分析的基础上 ,提出了一些射程预测的方法 ,并采用蒙特卡洛仿真法研究了各种预测方法的精
2.
The accuracy of projectile range prediction is an important indicator of trajectory identification system capacity, which influences the performance of the trajectory correction fuse directly.
射程预测精度是衡量弹道辨识系统的重要指标,直接影响弹道修正引信的工作性能。
3) forecast radiation
预测辐射
4) fashion forecasting
流行预测
1.
The author,by analyzing and studying fashion forecasting theories,provides some suggestions for fashion .
服装企业应关注服装流行,运用流行预测及流行趋势发布积极主动地引导服装市场而不是被动地适应市场,不能盲目顺从市场。
5) passenger flow forecast
客流预测
1.
The Post-evaluation of Urban Rail Transit Passenger Flow Forecast;
城市轨道交通客流预测后评价
2.
In view of the importance of rail transit passenger flow forecasting,in order to improve the precision of "the four stage methods" of urban agglomeration transit passenger flow,this paper first analyzed the characteristics of the urban agglomeration transit passenger flow,then divided that into two types: independent network assignment method and comprehensive network assignment method.
为了提高城市群轨道交通客流预测“四阶段法”的精度,在分析城市群轨道交通客流特点的基础上,将轨道交通客流预测方法分为独立线网分配预测法和综合线网分配预测法,分析了两种预测方法的预测模式及优缺点,对基于方式划分-交通分配的联合分配的综合线网分配预测法进行改进研究,提出了基于运营组织的城市群轨道客流预测方法,阐述了预测过程及其在TransCAD软件中的具体实现方法。
3.
The forecast method of synthesis network assignment usually uses the passenger flow forecast of metropolitan agglomeration.
城市群轨道交通客流预测多采用综合线网分配预测法,为了提高预测法精度,准确地描述城市群中各种公共交通方式之间的合作竞争关系,在预测时需要考虑竞争方式的运营组织。
6) Runoff Prediction
径流预测
1.
Daily runoff prediction based on integration of genetic and back-propagation algorithms;
基于遗传BP算法的日径流预测
2.
The study on runoff prediction model of BP neural network based on phase space and GA;
基于相空间遗传BP神经网络的径流预测研究
3.
Study of runoff prediction based on fractal interpolation theory;
基于分形插值理论的径流预测探讨
补充资料：发育进度预测法(见发生期预测)
发育进度预测法(见发生期预测)
发育进度预测法见发生期预测。
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