1) Zhanyushan hydrological station
鲇鱼山水文站
1.
The model is applied to the monthly series data during from 1975 to 1999,of by a Henan Province\'s Zhanyushan hydrological station in Huaihe River Basin.
首先,利用Census X12分解水文时序,由其得到的周期项与趋势项分别建立相应的条件异方差模型;其次,对于分解序列后得到的残差项,建立基于BX数据生成的灰色Markov预测模型;再次,将三个模型进行耦合,编制了算法流程,由此提出了一种基于条件异方差的水文时序分析与预测模型;最后以河南省淮河流域的鲇鱼山水文站1975-1999年逐月的径流量为例进行了应用验证。
2) Nianyushan Reservoir
鲇鱼山水库
1.
The study opened out the growth rules and characteristics of Culter alburnus in NianYushan reservoir, built the model of population management, provided the scientific bases to make rational capture age and standard, indicated strategies and measures for explore and management.
作者于2007年4月至2008年4月间，在鲇鱼山水库采集翘嘴鲌(Culter alburnusBasilewsky)样本885尾。
3) Nianyushan Irrigated Area
鲇鱼山灌区工程
1.
The Application of the Pressure Grouting in the Reinforcement of the Engineering of Nianyushan Irrigated Area
压力灌浆在鲇鱼山灌区工程加固中的应用
4) Silurus asotus Linnaeus
鲇鱼
1.
Phenotypic Variation in Chinese Catfish(Silurus asotus Linnaeus);
鲇鱼形态特征参数与体长关系及变异分析
2.
Analysis of Gastric Evacuation Rate and Its Mathematical Model in Chinese Catfish (Silurus asotus Linnaeus)
鲇鱼幼鱼的胃排空率及其模型分析
3.
To investigate the relationship between body weight and non-aerobic oxygen capacity,the effect of body weight (<30 g,30—50 g,50—100 g and >100 g) on EPOC was study in Chinese catfish (Silurus asotus Linnaeus) at 25℃ using a open-flow respirometer designed by our laboratory.
过量耗氧(EPOC)是衡量动物无氧代谢能力的重要生理指标,本研究在25℃条件下对不同体重组鲇鱼Silurus asotus Linnaeus(<30g、30—50g、50—100g和>100g)力竭性运动后EPOC进行了测定,旨在揭示不同体重鱼类在EPOC方面的适应机制。
5) Silurus asotus
鲇鱼
1.
Molecular Cloning and Sequence Analysis of Full-Length cDNAs of RPL15 from Silurus asotus and Epinephelus coioides;
鲇鱼和斜带石斑鱼核糖体蛋白L15完整cDNA的克隆和序列分析
2.
The resting metabolic rates of 127 common catfish(Silurus asotus L.
采用连续流水式呼吸仪测定了１２７尾鲇鱼（体重２２。
6) catfish effect
鲇鱼效应
1.
Meanwhile, catfish effect was taken by employing elites outside who gave pressure to current staff to compete, and thus, motivate all employees.
“霍桑试验”以管理者通过和员工沟通的方法调动劳动积极性,而“鲇鱼效应”则是以通过引进人才对现有人才施以影响使其良性竞争的方法调动积极性,两者方法不同,但均可激活人力资源管理。
补充资料：鲇鱼
1.鱼纲，鲇科。身体表面多黏液，无鳞，背部苍黑色，腹部白色;体长，前端平扁，后部侧扁，头扁口阔﹐上下颌有四根须，尾圆而短，不分叉﹐背鳍小，臀鳍与尾鳍相连。生活在河湖池沼等处，白昼潜伏水底泥中，夜晩出来活动，吃小鱼﹑贝类﹑蛙等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条