1) moisture migration model
水份迁移模型
2) migration model
迁移模型
1.
Geochemical migration model of heavy metallic elements in eco-environmental system of sulfide-bearing metallic mines in South China——with specific discussion on Dabaoshan Fe-Cu-polymetallic mine,Guangdong Province.;
华南地区含硫化物金属矿山生态环境中的重金属元素地球化学迁移模型——重点对粤北大宝山铁铜多金属矿山的观察
2.
A peptides migration model based on the principle of mechanics is presented in capillary zone electrophoresis (CZE).
提出了一个多肽在毛细管区带电泳的迁移模型。
3.
Diffusion coefficient is one of the important parameters deciding migration prediction in migration model of compounds from food packaging material.
在食品包装材料化合物的迁移模型中,扩散系数是决定模型预测性的重要参数之一。
3) transport model
迁移模型
1.
Based on random fracture parameters,a multiple-path transport model for nuclide transport in fractured rockmasses of relatively low permeability is proposed using fracture linear superposition of one-dimensional transport model.
通过一维迁移模型的线性叠加,提出了基于裂隙参数随机分布的多途径裂隙核素迁移模型。
2.
The transport lag coefficient of NH4+ in soils was determined by the soil column experiment and the one-dimension transport model was established.
利 用土柱实验结果识别了NH4+在实验土样中的迁移滞后系数并建立了NH4的一维迁移模型。
4) mobility model
迁移率模型
1.
Based on a new majority carrier mobility model of the strained Si 1-x Ge x material, the relation between resistivity and doping concentrations with different Ge compositions has been obtained.
在对Si1-xGex材料多子迁移率模型分析基础上,建立了Si1-xGex材料电阻率与其Ge组分、掺杂浓度关系的曲线图谱。
2.
The relation between the resistivity and the dopi ng concentration with the different Ge composition was obtained based on a new majority carrier mobility model of the strained Si 1-xGe x material.
在分析研究Si1 -xGex 材料多子迁移率模型的基础上 ,建立了Si1 -xGex 材料电阻率与其Ge组分、掺杂浓度及温度关系的曲线谱图 。
5) model migration schedule
模型迁移表
1.
The parameters in model migration schedules are identified by the stochastic Newton method and total migration rate by Kalman filtering.
本文以系统辨识为工具，提出了迁移过程定量研究的一种方法，即运用随机牛顿法于时变系统中以辨识模型迁移表参量，同时结合卡尔曼滤波技术辨识迁移过程中另一参数──总和迁移率，将这两者融为一体，形成了辨识迁移模型参量的递推算法。
6) transport model
迁移模型 TM
补充资料：水份
1.见"水分"。
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