1)phytoplankton simulation藻类模拟
英文短句/例句
1.Simulation of Rapid Inactivation of the Algae in Ballast Water Using Hydroxyl Radical羟自由基快速灭活压载水中藻类模拟研究
2.Simulation Study on Algae Growth in Chongqing Ciqikou of Jialing River嘉陵江重庆磁器口段藻类生长模拟研究
3.Numerical Simulation for Ammonia Nitrogen, Phosphate and Algal Production in the Dalian Bay;大连湾海域氨氮、磷酸盐及藻类生长的数值模拟研究
4.Simulation of Concentration Distribution of Major Pollutants and Growth of Algal in Dalian Bay大连湾海域主要污染物浓度分布及藻类生长模拟
5.Simulation of the Mechanism of Blue-green Algal Bloom Formation and Disappearing;蓝藻水华生消机制室内模拟试验研究
6.Study on the Simulation Mock-up Test of Phaeocystis for Red Tide;棕囊藻赤潮的仿真治理模拟试验研究
7.Simulation and Forecast of Blue-green Algae(Cyanobacteria) Bloom Formation and Disappearance under Different Water Temperatures不同水温下蓝藻水华生消模拟与预测
8.The Research on M. Aeruginosa Growth in Simulative Equipment of Experiment and Improvement of the Method for Measuring Microcystin;铜绿微囊藻水华模拟研究及微囊藻毒素测定方法的改进
9.probabilistic fire model概率火灾模型模拟之类
10.SIMULATING EXPERIMENTS ON THERMAL ALTERATION OF MODERN ALGAE AT ABOUT 500 AND 1000 ATM近500和1000大气压下现代海藻的热转变模拟实验
11.The Influence of Nutrient on M.Aeruginosa Growth in Simulative Equipment of Experiment;不同营养盐对铜绿微囊藻生长的室内模拟研究
12.Study on Culture of Spirulina platensis with Simulated Microgravity Reactor模拟微重力效应反应器培养螺旋藻的研究
13.A simulation on spectral characteristics variations of dissolved organic matter during the blooms of brackish-water algae咸水藻水华期溶解有机质光谱特征变化的模拟
14."Class of algae, certain members of which are commonly known as stoneworts."藻类之一纲,包含一般通称轮藻的藻类。
15.Study on a Cooperation Action of Multi-layer Nutritious Salt Model Effecting Algal Growth;多层营养盐协同作用的藻类生长模型研究
16.Modeling and Forecasting Algal Blooms Based on the Neural Network Approach;基于神经网络的藻类水华建模与预测研究
17.The quantitative study on ecological amplitude of sea temperature of algae赤潮藻类温度生态幅的定量表达模型研究
18.Chl-a Inversion Model Based on Hyperspectral Feature Extraction of Algaes基于高光谱特征提取的藻类叶绿素a反演模型
相关短句/例句
hydrocarbons degraded from algae藻类热模拟成烃
3)analogy simulation类比模拟
1.This paper discussed the basic problem on bearing capacity of pile estimated by small strain method of dynamic testing,and introduced simply the techniques and features in the analogy simulation theory and tests of pile engineering.讨论了小应变法动测桩承载力的基本问题 ,简述了类比模拟理论及工程试验中的类比模拟手法与特点 ,探讨了类比模拟法应用于研究小应变法动测桩极限承载力的可行性 类比模拟 ,作为一种思维方法 ,可起着一种解放人们被束缚着的思想观念的作用 ;作为一种技术手段 ,它可以使人们借鉴与积累经验 实例分析的结果表明 ,动测刚度可直接用以推测桩的极限承载
4)simulation and analogy模拟类比
1.Research on Simulation and Analogy Feasibility of Environmental Impact Assessment of Electric Power Transmission and Conversion Project;输变电工程环境影响评价模拟类比可行性研究
5)type imitation类型模拟
6)analogy[英][?'n?l?d?i][美][?'n?l?d??]模拟类似
延伸阅读
饵料藻类饵料藻类bait algae erll00 200}ei饵料藻类(bait algae)用作许多珍贵海水养殖动物如对虾、锯缘青蟹的蚤状幼体、扇贝、海参的育苗饵料的微型单胞藻类。作为饵科的藻类必须具备的条件是:饵料藻类细胞的大小适合于养殖动物幼体的摄食;饵料藻类在水中的运动和分布有利于养殖动物幼体的捕捉;营养丰富且易于被消化吸收;饵料藻类的代谢产物对养殖的动物幼体无毒;适应性强，生长繁殖快，易于大量培养。近几十年来，随着海产养殖业的迅速发展，作为饵料藻类的筛选、培养及应用研究日益深人，饵料藻类的种数逐年增加，培养技术不断提高，国外不少饵料藻类已经商品化、系列化，而中国目前饵料藻类不仅品种少，还停留在各养殖场自养自用的状态，没有商品化。 中国目前能大量培养的饵料藻类约10种:四月藻(Tet-~z刀二。。PP.)(绿藻门);三角褐枝藻(尸爪记。面州umtricoI’nu-tum)(硅藻门);新月菱形藻(Ni娜chtaclo枷um)(硅藻门);角刺藻伙访口已勿肥阳SSPP.)(硅藻门);中肋骨条藻(skeletone-macostatum)(硅藻门);等鞭金藻(Is口c份笋issp.)(金藻门);异胶藻(z人王逆已阳剖。es sP.)(黄藻门)等。(胡鸿钧)
