Mathematical Models of the Soil Water-Air Regime Regulation Based on Calculating of Water-Salt Flow in the Aeration Zone

Y. I. Kalugin; S. N. Kurganskaya; V. S. Siry

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Mathematical Models of the Soil Water-Air Regime Regulation Based on Calculating of Water-Salt Flow in the Aeration Zone

机译：基于曝气区水盐流计算的土壤水-空气调节规律数学模型

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The aim of this paper is to develop the simple imitation-optimization mathematical models for substantiating the drainage-irrigation systems on the basis of predicting the optimal soil water-salt regimes considering the water-air and thermal conditions of growing plants. This estimation is made by forecasting the water balance components in the root layer. Their values are determined by mathematical modeling of the moisture and salt transfer in the layer of active water-salt exchange (aeration zone), that is caused by natural and irrigation water.

机译：本文的目的是在考虑生长植物的水-空气和热条件的最佳土壤水盐状况的预测基础上，开发一种简单的模仿-优化数学模型，以证实排水灌溉系统。通过预测根层中的水平衡成分来进行此估计。它们的值是通过对由天然水和灌溉水引起的活跃的水盐交换层（曝气区）中的水分和盐分转移进行数学建模来确定的。

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《Fluid mechanics research》 |2004年第6期|共8页
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Y. I. Kalugin; S. N. Kurganskaya; V. S. Siry;
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正文语种 eng
中图分类流体力学;
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1. Mathematical Models of the Soil Water-Air Regime Regulation Based on Calculating of Water-Salt Flow in the Aeration Zone [J] . Y. I. Kalugin, S. N. Kurganskaya, V. S. Siry Fluid mechanics research . 2004,第6期

机译：基于曝气区水盐流计算的土壤水-空气调节规律数学模型
2. Water Regime of the Aeration Zone of Geochemically Conjugated Soils of the Priobskoe Plateau under Irrigation Conditions [J] . Shaporina N. A. Contemporary Problems of Ecology . 2009,第6期

机译：灌溉条件下Priobskoe高原地球化学共轭土壤曝气区的水情
3. Field experiment of rainfall infiltration on a soil slope and simulations based on a water-air two-phase flow model [J] . LIU Gang, ZHA Xin-yuan, GUAN Jin-kun, 山地科学学报（英文版） . 2021,第008期

机译：基于水 - 空气两相流量模型的土坡与仿真降雨渗透的现场试验
4. Respond of Plant Growth and Soil Water-salt to Different Irrigation Amounts in Little Thickness Aeration Zone in The Hinterland of Taklimakan Desert [C] . Xiaojun Jin, Jinglong Fan, Bo Xu, International Conference on Energy and Environmental Protection . 2013

机译：在塔克拉曼沙漠腹地腹地施用植物生长和土壤水盐与不同灌溉量的响应
5. Mathematical models of single-layer folding in shear zones and transpressional regimes. [D] . James, Andrew Irvin. 1992

机译：剪切区和超压状态下单层折叠的数学模型。
6. Seasonal Dynamics of Trace Elements in Tidal Salt Marsh Soils as Affected by the Flow-Sediment Regulation Regime [O] . Junhong Bai, Rong Xiao, Qingqing Zhao, -1

机译：流沙调节制度对潮盐沼土壤微量元素的季节性动态影响
7. DEVELOPMENT OF MATHEMATICAL MODEL OF COMPONENT MASS TRANSFER OF WATER-SALT SOLUTION IN HEAVING SOILS BASED ON THE KINETIC THEORY OF LIQUIDS [O] . E.V. Markov, S.A. Pulnikov, A.D. Gerber 2018

机译：基于液体动力学理论的液体盐溶液组分传质数学模型的发展
8. Study of Downward Movement of Soil Water in Unsaturated Zones Using Isotopic Techniques. Part of a Coordinated Programme on Studying Physical and Isotopic Behaviour of Soil Moisture in the Zones of Aeration. Final Report for the P [R] . Sajjad, M. I. 1984

机译：利用同位素技术研究非饱和区土壤水分向下运动。通风区土壤水分物理和同位素行为研究协调程序的一部分。 p的最终报告

Mathematical Models of the Soil Water-Air Regime Regulation Based on Calculating of Water-Salt Flow in the Aeration Zone

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