Runoff rain gauge elevated in situ design
作者： William Thompson , Stephen Noe , Robert Stanton
DOI:
关键词: Saturation (chemistry) 、 Splitter 、 Rain gauge 、 Environmental science 、 Hydrology 、 Infiltration (hydrology) 、 Surface runoff 、 In situ
摘要: Disclosed is an in situ design for a runoff rain gauge 14 comprising elevated storage pan 18 storing precipitation above grade, splitter 28 partitioning the split of flow from to and infiltration, saturation cup 40 measuring surface infiltration resistance medium cap 42 balance line 38 communicating water levels 28.
lens.org 参考文章(10)
Terry L. Hampton, M. Carson Mettel, Method and apparatus for determining runoff using remote geographic sensing ,(1991)
Jess S. Eldridge, Runoff water sampler ,(1994)
Timothy D. Kring, Constant head flow unit ,(1998)
Dilip Nawathe, Automated stormwater monitoring system and method ,(2001)
Don Kirkham, Adams John E, Apparatus for measuring erodibility, run-off, infiltration and other physical properties of soil in place ,(1956)
Stephen A. Noe, Runoff rain gauge ,(2006)
Jerome B. Weber, Mark D. Williams, Len R. Swain, Donna Daly, Ranga R. Velagaleti, Martin W. Winberry, Self-contained, modular lysimeter and method of using the same ,(1995)
James B. Goddard, Pipe assembly for collecting surface water runoff and associated methods ,(2001)
Peter N. Coody, Lowell J. Lawrence, Method and system for conducting meso-scale rainfall simulations and collecting runoff ,(1991)
Elmer W. Miller, Apparatus for demonstrating, indicating, or comparing water permeability and erodibility of soils ,(1954)