rainfall intensity

When slope gradient and soil surface hydrological condition had not change, runoff increased with increasing of rainfall intensity.

Observation data show that rainfall intensity varies significantly across the catchment.

there is no marked influence of the rainfall intensity on variation of matric suction of slope with high saturated permeability coefficient.

Rainfall intensity and initial water content are important infiltration factor which influence rainfall infiltration content.

Rainfall intensity is a very important parameter in design of the wireless communication system.

On this base, flood routing can be simulated when the rainfall intensity is different in the studying area.

The interaction of Slope and rainfall intensity impact the runoff and sand content of the runoff concentration very significant.

Rainfall intensity is the main factor influencing flood hydrograph.

The effect of rainfall intensity, water diffusivity and hydraulic conductivity to the water distribution were also analyzed.

Rill width and depth become bigger with rainfall intensity, erosion amount promptly enhances after rill appears, accounts for 91%.

The strong rainfall intensity and the special terrain topography played an important role in this rainstorminduced disaster.

The scour rate showed rising trend with the increase of rainfall intensity.

In addition to measuring rainfall intensity, the Doppler radar detects the speed of movement of raindrops based on the Doppler principle.

the nutrient loss of the plots is mainly carried out by sediment under the conditions of strong rainfall intensity.

Experimental study on relationship among runoff coefficients of different underlying surfaces, rainfall intensity and duration

here precipitation is shown in 6 levels of rainfall intensity ( or radar reflectivity ) on a 6 - degree elevation scan

With the same slope conditions, the greater the rainfall intensity , the larger the runoff and sand content of the runoff are;

Method for Identifying Appropriate Rainfall Intensity-Duration-Frequency Models

Laboratory rainfall simulation with controlled rainfall intensity and drainage

Analyses of the Influences of Rainfall Intensity and Concentration Degree on the Variation of Runoff

Relationship between Soil Nutrient Loss and Rainfall Intensity in No-irrigated Farmland of Hefei Outskirts

Calculating Rainfall Intensity Formula Through the Method of Searching in Curved Face

Effects of rainfall intensity on rainfall infiltration and redistribution in soil on Loess slope land

Study on rainfall intensity-duration-frequency computation method

Experimental study on the impacts of rainfall intensity on phosphorus loss from loessial slope land

Fluctuation of Soil Erodibility Due to Rainfall Intensity

SPMCP model and its application to prediction of rainfall intensity index for rainy season

Brief on problems and improvement of urban area rainfall intensity formula

The calculated method of the rainfall intensity in the area of no rainfall record

Impact of rainfall intensity on soil mineral nitrogen loss by runoff on loess slope

Estimation of rainfall erosivity using rainfall amount and rainfall intensity

Table 1 Rainfall intensity distribution of different altitudes in Turpan Basin