noctiluca

noctiluca

1. Noctiluca miliaris

n. 夜光藻

2. Pyrocystis noctiluca

n. 梨甲藻

3. DETECTION OF CHROMATIN BASIC PROTEIN IN NOCTILUCA MILIARIS NUCLEI BY MICRO-DISC-GEL-ELECTROPHORESIS

以微量电泳方法检查夜光虫(Noctiluca miliaris)的细胞核碱性蛋白

4. The event that the red tides of Noctiluca scintillans had been replaced by other species and the possible causes are discussed.

发现了夜光藻赤潮在19%年后被其它种类赤潮所更替的现象，并初步探讨其原因；

5. Artificial neutral network predicting model of noctiluca scientillans density and physical and chemical parameters

基于人工神经网络的夜光藻密度预测模型

6. Noctiluca scientillans

夜光藻

7. Keywords Noctiluca miliaris suriray;cultivated area;population dynamics;

夜光藻;养殖区;种群动态;秦皇岛;

8. Keywords noctiluca scientillans;red tide;modeling;support vector machine;

夜光藻;赤潮;数学模型;支持向量机算法;

9. Keywords Noctiluca scientillans;regression;red tide;environmental factors;

夜光藻;赤潮;环境因子;回归分析;

10. Keywords Red tide;Risk rate;Stochastic process;Noctiluca scientillans;Dapeng Bay;

夜光藻;赤潮;随机过程;风险率;大鹏湾;

11. Any of various bioluminescent dinoflagellates of the genus Noctiluca that when grouped in large numbers make the sea phosphorescent.

夜光藻一种生物发光鞭毛目动物，夜光藻属，当其成群量出现时，使海洋出现磷光现象

12. Mathematical model of relationship between distribution of Noctiluca scintillans abundance and plankton

夜光藻与浮游生物关系的数学模型

13. any of various bioluminescent dinoflagellates of the genus Noctiluca that when grouped in large numbers make the sea phosphorescent

夜光藻，一种生物发光鞭毛目动物，夜光藻属，当其成群量出现时，使海洋出现磷光现象

14. A Stochastic Process Analysis for the Risk Rate of Noctiluca scientillans Red Tide in Dapeng Bay

大鹏湾夜光藻赤潮发生风险率的随机过程分析

15. Noctiluca ZAKU Warrior Amphibious Assault Landing Type

强袭登陆型扎古勇士

16. Products by agents exquisite style, is divided into fabric, and pasted art, electronics, function, incense accessories, leisure, Noctiluca, etc., series of products and price concessions.

所代理的产品样式精美，共分为布艺、贴艺、电子、功能、香饰、休闲、夜光等七大系列产品，价格优惠。

17. Support vector machine applied to modelling of density of noctiluca scientillans in sea water

支持向量机算法用于夜光藻密度建模

18. This paper analyses the Relationship between variations in Noctiluca miliaris suriray population and the temperature incultivated area of Qinhuangdao seawater.

本文通过对秦皇岛近海养殖区夜光藻的调查,分析研究了夜光藻种群的动态与温度变化的关系。

19. Numerical simulation is carried out using the Noctiluca scientillans red tide inDapeng Bay as an example.

模型再现了赤潮发生前海水中营养物质浓度有一次明显的增高，而在赤潮发育盛期营养物质浓度降至低谷的现象；

20. Keywords Dinoflagellates;Red tide;Toxin;Noctiluca scintillans;Formation mechanism;

甲藻;赤潮;毒素;夜光藻;形成机理;

21. Al A predictive model for the density of red tide alga noctiluca scientillans around shicheng Island and Wangjia Island

石城岛与王家岛周围海域赤潮生物夜光藻密度预测模型

22. Keywords Neural network;Red tid;Noctiluca scientillans;Environm ental factors;

神经网络;赤潮;夜光藻;环境因子;

23. Relationship between variations in Noctiluca miliaris suriray population andthe temperature in cultivated area of Qinhuangdao seawater

秦皇岛近海养殖区域夜光藻种群动态与环境温度的关系

24. Keywords Gymnodinium sanguineum;Phaeocystis sp;Noctiluca scientillans;Nutrients;Red-tide;

红色裸甲藻;棕囊藻;夜光藻;营养物质;赤潮;

25. It has a significance in predicting the occurring of the Noctiluca ...

认为研究结果对预测夜光藻赤潮发生具有一定的指导意义。

26. Keywords Rad tide Noctiluca scintillans Interpretive structural modelling Essential factors Structural analysis;

赤潮;夜光藻;演绎结构模拟;发生要素;结构分析;

27. Keywords red tide;Noctiluca scintillans;nutrient dynamics;qualitative analysis;numerical modelling;

赤潮;夜光藻;营养动力学;定性分析;数值模拟;

28. Red tide creatures are mainly planktonic algae, such as pyrrhophyta, bacillariophyta, flagellates and noctiluca scintillans, etc.

赤潮生物主要是浮游的藻类，如甲藻类、硅藻类、鞭毛藻类、夜光藻等。