CAJ | 학술논문

水电工程的引水发电过流系统及泄水建筑物工作时会威胁鱼类安全。为规避风险，在综述国内外各种导鱼措施的基础上，发明了一种对鱼类损伤较小且具有主动性的复合式驱鱼系统，并以草鱼幼鱼为研究对象进行了部分驱鱼因子的试验验证。结果表明，该系统灵活高效，且利于生态保护，给水电工程中复合式驱鱼系统的研究设计及实际应用提供了思路。
수전공정적인수발전과류계통급설수건축물공작시회위협어류안전。위규피풍험，재종술국내외각충도어조시적기출상，발명료일충대어류손상교소차구유주동성적복합식구어계통，병이초어유어위연구대상진행료부분구어인자적시험험증。결과표명，해계통령활고효，차리우생태보호，급수전공정중복합식구어계통적연구설계급실제응용제공료사로。
The operation of water diversion system, power generation system and flow discharge structure of hydropower pro-jects will exert adverse impact on fish safety. A new composite fish driving system that has slight damage to fishes is developed on the basis of summarizing various fish driving measures at home and abroad. The juvenile grass carp is taken as the research ob-ject, and an experiment for fish driving factors verification is carried out. The experiment result indicates that the fish driving sys-tem is flexible and efficient and conducive to ecological protection, providing a new conception for research, design and practical application of other composite fish driving systems.