Expounding the Application of Analysis Method about Nonlinear Hydrological System of Rainfall-Runoff

Peng Lin Wu; He Jia Wang

doi:10.4028/www.scientific.net/AMR.1065-1069.2964

Paper Titles

Human-Water Relationship Evaluation Based on Cloud Model for Arid Area in Northwest China
p.2942

Hydrodynamics in the Luanhe River Alluvial Fan of the Piedmont Plain Zone, China
p.2948

Stormwater Suspended Solids Reduction in Sand-Zelbrite Filter Media
p.2952

Evaluation on the Health of River Ecosystem Based on the Cascade Development of Reservoirs
p.2956

Expounding the Application of Analysis Method about Nonlinear Hydrological System of Rainfall-Runoff
p.2964

Potentialities Evaluation of Rainwater Utilization in Xianing Port of Changsha
p.2970

Rainwater Treatment and Reuse in Harbor Yard
p.2974

The Numerical Simulation of Hydrodynamics in the Sancha River Mouth
p.2978

Short-Term Water Level Prediction in Middle Stream of Yangtze River
p.2983

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Expounding the Application of Analysis Method about Nonlinear Hydrological System of Rainfall-Runoff

Abstract:

Expounding the current core theory on the nonlinear hydrological system of rainfall-runoff in practical use, such as the assumption function, the system function and kernel function, etc. Exploring several practical problems, such as the storage length of injection system, the cutting order time of kernel function and the regression coefficients at the same time. It makes this analysis method correspond to reality as well as convenient to use.