The soil plant system is a very important subsystem of the soil plant atmosphere continuum (SPAC).
土壤植物系统是土壤-植物-大气连续体(SPAC)中的一个重要子系统。
The effect of quantum interference among many ionization channels on photo-ionization properties of an atom in a laser-induced continuum structure system is analyzed.
分析了激光场诱导原子连续态结构系统中多个离化通道间的量子干涉效应对原子离化的影响。
Continuum model and electromechanical wave theory of power system break through the limitation of traditional conception in studying electromechanical dynamics.
大规模电力系统的连续体模型突破了对传统认识的局限性，用波动理论这一崭新的视角研究电力系统的机电动态。
Continuum model and electromechanical wave theory of power system break through the limitation of traditional conception in studying electromechanical dynamics.
电力系统的连续体系模型突破了对传统认识的局限性，用波动理论这一崭新的视角研究电力系统的机电动态。
Soil water is the link of the continuum, which makes soil system, plant system and atmosphere system become a continuum by water absorption of root system and water evaporation of soil surface.
土壤水分通过植物根系和土面蒸发进入大气从而使三者成为一连续统。
The continuum functional relationships among system efficiency, blade Angle, static head and flow rate of pumps are established based on the performance curve surface fitting method.
本文基于曲面拟合构造了装置效率、叶片角度与装置扬程和流量的连续函数关系，可以迅速准确地确定某一装置扬程和流量所对应的装置效率等参数。
The continuum functional relationships among system efficiency, blade Angle, static head and flow rate of pumps are established based on the performance curve surface fitting method.
本文基于曲面拟合构造了装置效率、叶片角度与装置扬程和流量的连续函数关系，可以迅速准确地确定某一装置扬程和流量所对应的装置效率等参数。
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