摘要
本文用氢化物发生──原子荧光法研究了水体中硒的微生物转化效率、单质硒是主要的产物。经微生物作用后，亚硒酸根和硒酸根的转化率分别为95％和91．7％，因此认为该法能用于水体中硒的去除。
Micobial transformaion of Selenium was studied in aerobic condition by atomic fluorescence spectrophotometry (AFS ). Ele-ment selenium was the major product. The efficiency of selenite and selenate by microbiology were 95 % and 91. 7 %, respectively.
基金
河南自然科学基金!974033600
