5Sophie C,Bernard B.Paul morel simulation and control of chlorine levels in water distribution networks.Jour Water Resource Planning and Management,2003,(3/4):135 ～ 145
1Grayman W M, Clark R M, Males R M. Modeling distribution-system water quality: dynamic approach. J. Water Resour. Ping. and Mgnt., 1988, 114:295--312.
2Biswas P,Clark R M. A model for chlorine concentration decay in pipes. Wat. Res., 1993, 27:1715--1724.
3Clark R M, Grayman W M, Goodrich J A. Measuring and modeling chlorine propagation in water distribution systems.J. Water Resour. Ping. and Mgnt. , 1994, 120:871--887.
4Beatty R, Bliss P J, Vintage D C. Analysis of factors influencing chlorine decay in piped distribution systems. J.AWWA, 1996, 16:159--165.
5James C Powell, Nicholas B Hallam, John R West. Factors which control bulk chlorine decay rates. Wat. Res., 1996,34( 1 ) : 117 -- 126.
6Jadas Hecart A, EI Moher A, Stitou M. The chlorine demand of a treated water. Wat. Res. , 1992, 26:1073 --1084.
7Dharmarajah H, Patania N. Empirical modeling of chlorine and chloramine residual decay. AWWA Proceedings: Water Quality for the New Decade. Annual Conference, Philadelphia, PA, 1991, (6):569--577.
8Quails R G, Hohnson J D. Kinetics of short-term consumption of chlorine by fulvic acid. J. Environ. Sci. Technol. ,1983, 17 : 692 -- 698.
9Fang Hua, J R West, R A Barker. Modeling of chlorine decay in municipal water supplies. Wat. Res. , 1999, 33:2735-- 2746.
10Dossier-Berne F, Panais B, Merlet N. Automation of long term chlorine demand measurement of treated waters. Wat.Res., 1997, 31:375--384.
