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为保证鱼类生长的环境始终处于最佳状态 ,作者根据狼鲈 (Dicentrarchuslabrax)的生理特点 (耗氧率、氮的排泄率等 )建立数学模型 ,并设计在工厂化水产养殖中采用生物转盘、臭氧 (紫外线 )消毒器等设备 ,构建在Windows 2 0 0 0 +VisualBa sic 6.0下运行的环境调控软件包系统 ,通过计算机技术确定养殖污水处理设备 (生物转盘 )及增氧、消毒设备的数量及规格 ,将养殖环境控制在最佳状态。
In order to ensure that the environment for fish growth is always in the best condition, the author established a mathematical model according to the physiological characteristics of Dicentrarchus labrax (oxygen consumption rate, nitrogen excretion rate, etc.) and designed a bio-turntable for industrialized aquaculture. Ozone (UV) sterilizer and other equipment to build the environment control software package system running under Windows 2000 + Visual Basic 6.0 to determine the number of aquaculture sewage treatment equipment (biotriac) and aerobic and disinfection equipment by computer technology and Specifications, the farming environment in the best condition.