1) geomorphological watershed concentration model

流域地貌汇流模型
1.
Geomorphological concentration model with Kalinin-Milyukov type is developed according to the concept of geomorphological watershed concentration model.
本文根据概念性流域地貌汇流模型的一般理论,建立了加里宁-米留柯夫型流域地貌汇流模型、推导了三级、四级和五级流域的瞬时单位线,并分析了模型参数对瞬时单位线的影响。
2) watershed concentration model

流域汇流模型
1.
In developing conceptual watershed concentration models,it is a key to select a proper type of conceptual elements and make arrangement of them.
概念性元素的选择及其排列组合方式是建立概念性流域汇流模型的关键性问题,因此比较概念性元素之间的差异具有十分重要的意义。
3) runoff-producing and converging model of watershed

流域产汇流模型
4) Yarlung Zangbo Great Canyon

流域地貌
1.
AFT dating of detrital apatites from the Yarlung Zangbo Great Canyon:Implications for its distinct geomorphological evolution
雅鲁藏布江中下游流域地貌差异演化的岩屑磷灰石裂变径迹证据
5) converging model of the underground water

地下水汇流模型
1.
The essay analyzes the process of outflow in tunnel and simulates the process of outfow at certain place in certain tunnel by using the converging model of the underground water.
还对隧道涌水过程进行分析,并用地下水汇流模型对某隧道某涌水点出流过程进行模拟,效果很好。
6) confluence model

汇流模型
1.
A linear confluence model with deterministic input and stochastic parameter was built.

基于随机微分方程,建立了输入具有确定性特征、参数具有随机性特征的线性汇流模型;应用Liouville定理对该模型进行了求解,得到了出口断面出流过程的概率密度,并据此确定了出流过程的均值和方差。
补充资料:流域汇流
见汇流。
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