Photochemical behavior of organic phosphate esters in aqueous solutions irradiated with a mercury lamp

American Public Health Association, American Water Works Association, Water Pollution Control Federation (1975) Phosphate. In: Standard Methods(14th). American Public Health Association, Washington, p 481–482Google Scholar

Grosby DG, Hamadmad N (1971) The photoreduction of pentachlorobenzene. J Agr Food Chem, 19:1171–1174Google Scholar

Environmental Health Bureau (1978a) Chlorine ion. In: Testing Methods for Water Supply. Japanese Society of Water Supply, Tokyo, p 334–338Google Scholar

Environmental Health Bureau (1978b) Phenols. In: Testing Methods for Water Supply. Japanese Society of Water Supply, Tokyo, p 449–454Google Scholar

Ishikawa S, Shigezumi K, Yasuda K, Shigemori N (1985a) Determination of organic phosphate esters in factory effluent and domestic effluent. Japan J Water Pollut Res, 8: 529–535Google Scholar

Ishikawa S, Shigezumi K, Yasuda K, Shigemori N (1985b) Behaviors of organic phosphate esters in several water treatment processes. Japan J Water Pollut Res, 12: 799–807Google Scholar

Ishikawa S, Taketomi M, Shinohara R (1985c) Determination of trialkyl and triaryl phosphates in environmental samples. Water Res, 19: 119–125Google Scholar

Japan Industrial Standards Committee (1986) Testing methods for industrial wastewater. In: Japanese Industrial Standard (K0102). Japanese Standards Association, TokyoGoogle Scholar

Krijgsman W, Kamp CGVD (1977) Determination of chlorophenols by capillary gas chromatography. J Chromatog, 131: 412–416Google Scholar

Office of Health Studies (1977) Chemicals in the environment In: The Report of Environmental Survey of Chemicals in 1976. Environmental Agency, TokyoGoogle Scholar

Tachikawa R, Wakimoto T, Okada K (1975) Water pollution by organic phosphate ester plasticizers and flame retardants. In: JSWPR Symposium Series (No. 9). Japan Society on Water Pollut Res, Tokyo, p 7–12Google Scholar

Tissot A, Boule P, Lemaire J (1984) Photochemistry and environment (7): the photohydrolysis of chlorobenzene. Chemosphere, 13: 381–389Google Scholar