1Rook J J. Formation of haloforms during chlorination of nature water. Treat Exam. 1974,23 : 234 - 243.
2Norman TS, Harms HH, Looyenga RW, et al. The use of chloramine to prevent trihalomathane formation. JAWWA,1980,72(3):176-180.
3Mitchum RP,Shelley MW, Wheadon CM. Free chlorine versus ammonia-chlorine- d isinfection trihalomathane formation. JAWWA, 1983,75(4) : 196- 198.
4Myers AG. Evaluation alternative disinfectants for THM control in small wystem. JAWWA,1990,82(6):77-84.
5Topurdurti KV,and Haas CN,THM formation by the transfer of active chlorine from monochloramine to phlorlacetophenone. JAWWA, 1991,83(5) :62-67.
6Kohji Y, Minoru F, Kunio O. Disapearance rates of chloramine in river water. Water Res,1988,22(1):79-84.
7Neden DG, Jones R J, Smity JR,et al. Comparing chlorination for controlling bacterial regrowth. JAWWA, 1992, 84(7):80-88.
8Hansson, RC, Henderson M J, Jack P, et al. Iodoform taste complains in chloraminatio. Water Res, 1987,21 (10) : 1265-1271.
9Hoehn RC, Dietrich AM, Farmer, WS et al. Househeld odorsassociatod with the use of chlorine dioxide during drinking.water treatment. Presented at AWWA Annual Conference.1989.
10Lalezary S, Pirhazari M, McGurie MJ. Oxidmion of fiveearthy-musty taste and odor compounds. JAWWA, 1986,78(3):62-69.