CAJ | 학술논문

本文研究了鲈鱼受精卵及仔鱼对纳米催化电解技术消毒处理海水中游离氯的适应性,结果表明随着电解处理当量的升高,水体中含氯量的提高,鲈鱼受精卵的孵化率有所降低；当电解处理当量控制在4．9 w·h/t以内时,海水与经爆气中和的无残余氯海水的孵化率相近；经过9．6 w·h/t电解当量处理,海水中的余氯含量约为1．3 mg/L,该浓度对鲈仔鱼成活率影响较大；在经硫代硫酸钠中和、排除电解余氯的海水中,鲈鱼苗可进行正常培育,育苗效果有显著提高。
본문연구료로어수정란급자어대납미최화전해기술소독처리해수중유리록적괄응성,결과표명수착전해처리당량적승고,수체중함록량적제고,로어수정란적부화솔유소강저；당전해처리당량공제재4．9 w·h/t이내시,해수여경폭기중화적무잔여록해수적부화솔상근；경과9．6 w·h/t전해당량처리,해수중적여록함량약위1．3 mg/L,해농도대로자어성활솔영향교대；재경류대류산납중화、배제전해여록적해수중,로어묘가진행정상배육,육묘효과유현저제고。
This paper studied on the adaptability of perch seedlings to chlorine in the sea water from the nano catalytic electrolysis disinfection treatment. The results showed that with the increase of the equivalent of the e-lectrolytic treatment and the amount of the chlorine in the water, the hatching rate of the perch fertilized egg decreased. When the electrochemical equivalent was controlled within 4. 9 w·h/t, the hatch rate of the sea water and that of non- residual chlorine of gas explosion sea water were similar. In the situation that electro-lytic equivalent was 9. 6 w · h/t, the residual chlorine content of treatment seawater was about 1. 3 mg/L, which had a greater impact on the survival rate of the perch larvae. After mixed by the thiosulfat and removing the electrolysis residual chlorine in seawater, the growing seedlings effect was improved for the normal breed-ing of perch.