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- The third chapter mainly discusses the improvement of GONIA system. 在第三章主要讨论了对GONIA系统的改进。
- The second chapter tells GONIA system which is the basis of this thesis. 第二章介绍了本文工作的基础-GONIA系统。
- We cannot be certain that Gonium, pandonina, Eudonna, and Pleodorina represent stages in the evolution of multicellular Volvox from unicellular chlamydomonas. 我们不能肯定盘藻、实球藻、空球藻和杂球藻代表从单细胞衣藻到多细胞因藻的各进化阶段。
- The system adopts new data transmission and data distribution on the basis of GONIA system architecture.Then all modules of this system are discussed. 首先在GONIA的系统构架上作了新的数据分发和数据分布的策略,然后介绍了本系统的各个模块。
- Evaluations on the displacement of gnathion and gonion under different loads were made. 结果位移量与加载力值成线性关系。
- The kernel technique of GONIA system is very robust and mature, but disagrees with the mass and real-time data environment unfortunately. GONIA系统的核心技术非常成熟,但不适合海量实时数据环境。
- Results Gnathion and gonion showed positive displacement on X and Y axes and negative displacement on Z axis. 颏顶点、下颌角点均表现为X、Y轴向的正位移,Z轴向的负位移。
- gonium, gonia 性原细胞
- Gonium socialen. 聚盘藻
- gonium (pl.;-nidia )性原细胞
- gonium (oogonia) 卵原细胞
- Gonium pectoralen. 盘藻
- Gonium formosumn. 美丽盘藻
- gonocyte(gonium) 性原细胞
- gonian. 下颌角点
- gonionn. [解]下颌角点
- gonion, Go 下颌角点
