CAJ | 학술논문

按照模块化设计理论，以实现“健康、环保、高产、高效、优质”生产模式为目标，建立池塘设施化高效健康养殖系统。经综合分析将系统拆分成8个功能模块，建立起系统流程及模块间作用关系；以能量传递与主要水化指标作为接口参数，确定接口对应关系，推算出设施配置、与设备配备功率。2012年以来将试验池塘进行设施化改造与养殖试验，亩产3754kg的良好效果，做到资源充分合理利用，是实现健康高效养殖模式的有效途径。
안조모괴화설계이론，이실현“건강、배보、고산、고효、우질”생산모식위목표，건립지당설시화고효건강양식계통。경종합분석장계통탁분성8개공능모괴，건립기계통류정급모괴간작용관계；이능량전체여주요수화지표작위접구삼수，학정접구대응관계，추산출설시배치、여설비배비공솔。2012년이래장시험지당진행설시화개조여양식시험，무산3754kg적량호효과，주도자원충분합리이용，시실현건강고효양식모식적유효도경。
In accordance with the modular design theory, for achieving "health, environmental protection, high-yield, high efficiency, high quality"mode of production as the goal, establishing pond facility efficient health aquaculture system. After a comprehensive analysis, the system is split into eight functional modules to establish the relationship role between system processes and modules. Taking energy transfer and the main hydration index as the interface parameters to determine the correspondence between the interface, calculate the facility configuration and equipment allocated power. Since 2012, the test pond was carried on facility transformation and cultivation test, got good results of 3754kg each yield, which achieved adequate and reasonable use of resources, was an effective way to achieve a healthy and efficient breeding patterns.