结果表明，氯胺对剑水蚤具有显著的灭活作用。
The results indicate that chloramine is of notable inactivation effect on Cyclops.
当人饮用这种水时，剑水蚤通过胃酸溶解，将幼虫激活并穿透肠壁。
When a person drinks the water, the Cyclops is dissolved by the acidity of the stomach, and the larva is activated and penetrates the gut wall.
幼虫通过水蚤(剑水蚤属)进入人体，在那里发育并在两周后具有感染性。
The larva is ingested by a water flea (Cyclops), where it develops and becomes infective in two weeks.
当人饮用这种水时，剑水蚤被胃酸杀死，幼虫则得以释放并穿透肠壁。
When a person drinks the water, the cyclop is killed by the acidity of the stomach and the larva is freed and penetrates the gut wall.
幼虫通过水蚤（剑水蚤属）进入人体，在那里发育并在两周后带有感染性。
The larva is ingested by a water flea (cyclop), where it develops and becomes infective in two weeks.
指出滤池滞水区停留时间长、流速低是造成剑水蚤二次繁殖的主要原因。
It was believed that the primary reason of the second propagation of Cyclops was the low filtering velocity and the long retention time in the filters.
而灭活效果受pH值（在.0~8.0之间）、剑水蚤密度、氨和氯的投加时间间隔影响较小。
Other factors, such as pH value (between . 0 and 8.0), concentration of Cyclops and the interval of adding of ammonia and chlorine, are of little influence on inactivation.
浮游甲壳动物(剑水蚤)在水库水中的孳生给水处理工艺带来了新的问题，同时也给饮用水的安全带来了威胁。
Crustacean plankton (Cyclops) breeding in reservoir has brought new problem to water treatment process, and brought threat to safety of drinking water.
浮游甲壳动物(剑水蚤)在水库水中的孳生给水处理工艺带来了新的问题，同时也给饮用水的安全带来了威胁。
Crustacean plankton (Cyclops) breeding in reservoir has brought new problem to water treatment process, and brought threat to safety of drinking water.
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