1) Generalization of River Network
水系综合
2) comprehenssive harnessing of the Huaihe drainage system
水系综合治理
3) water system
水系
1.
The roles of water system planning for the ecological environment of Taiyuan;
太原水系规划对城市生态环境的作用
2.
Comments on the planning and construction of garden water system in Taiyuan city;
试论太原市园林水系规划和建设
3.
Through processing reform and water system regulation the waste water productivity produced in production process is controlled and decreased in the coking plant of Jinan iron and steel group generalcorporation.
济钢焦化厂在生产过程中控制、减少污水产生量，通过工艺改造和水系调整，使焦化工业水复用率达到98％以上，实现了生产用水闭路循环和工业废水零排放。
4) river system
水系
1.
Reflection correlated with the reasons that lead to the river system s exhaustion of Ancient Capital Chang an;
浅析古都长安水系衰竭的原因及其思考
2.
Neotectonic stress field in Three Gorges region inversed against river system by utilizing the improved GIS method;
基于GIS改进法水系反演三峡地区新构造应力场
3.
Sources of polycyclic aromatic hydrocarbons (PAHs) in the sediments of the Yili river system in Lake Taihu;
太湖宜溧河水系沉积物中多环芳烃来源解析
5) Drainage system
水系
1.
Cellular model for the form and development of drainage system;
水系形成与发展的元胞自动机模型研究
2.
Studying the needed catchment information of model based on study of distributed hydrologic model,in order to obtain the needed parameter information for designing the procedure to extract the catchment information,giving a serial number for each drainage system according to the water chain and obtaining the subcatchement based on water chain,some programms were developed.
为得到分布式水文模型所需要的参数,开发了程序进行流域信息提取,对得到的水系按水链进行编号,进而得到以水链为基础的子流域坡面。
3.
The result shown that the drainage system generated by the DEDNM is a.
简要回顾了利用数字高程模型自动提取流域水系的方法，着重介绍了Ｍａｒｔｚ和Ｇａｒｂｒｅｃｈｔ开发的数字高程流域水系模型（ＤＥＤＮＭ）的基本原理、模型结构、计算流程，包括数字高程模型中凹陷区域的识别和消除、平坦部位水流流向设定、流域分水线勾划、河网生成、河网与子流域编码及河网结构拓扑关系的建立，并将其应用于淮河史灌河流域——全球能量与水分循环亚洲季风试验强化观测区。
6) Drainage Network
水系
1.
Study of extracting drainage network of watershed from digital elevation model;
基于DEM流域河网水系的提取研究
2.
On the basis of raster DEM data in the Laohahe River Basin,a comparison is made in the aspects of identification and treatment of depression area,generation of drainage network,sub -catchments and topological relationship amongst three methods of building digital basin with the extracting drainage network,viz.
基于辽河水系老哈河流域栅格DEM数据,分别采用数字高程流域水系模型(DEDNM)、河流工具RiverTools、地理信息系统Arcview软件,根据地形提取水系信息,构建数字流域,并分析比较了三者在凹陷区域识别、水系、子流域及其拓扑关系生成方面的差异。
3.
In order to build digital basin and digital network,the Digital Elevation Drainage Network Model (DEDNM) or so called Topographic Parameterization (TOPAZ) was used for the automated extraction of drainage network from digital grid based Global Land One kilometer Base Elevation (GLOBE) data in the region.
基于全球陆地一公里基础高程GLOBE数据 ,采用Martz和Garbrecht研制的数字高程流域水系模型自动提取长江三峡万县～宜昌区间的河网水系、各子流域分水线、河网与子流域编码及河网结构拓扑关系 ,从而构成该区域的数字流域和数字水系。
参考词条
补充资料：三倍体综合征和三倍体与二倍体混合体综合征
三倍体综合征和三倍体与二倍体混合体综合征
三倍体指增加一组额外的染色体，约占妊娠的2%。额外的染色体多来自父亲，66%由于两次受精，24%由于所受的精子是二倍体，10%由于受精的卵是二倍体。胎儿大都流产，约为染色体异常自然流产的20%。孕妇可以伴发不同程度的妊高征，胎儿由于胎盘囊性变或细胞遗传学异常而死亡，只有3%的69，XXY存活。偶有三倍体婴儿在妊娠28周后出生，二倍体与三倍体混合体综合征更少见，均有严重的发育缺陷。表现：胎盘大有囊性变。骨骼方面混合体综合征者骨骼生长不对称。颅骨发育不良，后囟门大，眼距过宽，虹膜缺损，甚至小眼。鼻梁低，耳畸形，口颌小。第3、4指并指，通贯掌纹，马蹄内翻畸形足。先天性心脏病(心房和心室间隔缺损)。男性尿道下裂，阴茎小，隐睾，睾丸间质细胞增生。脑异常。肾上腺发育不全，肾畸形。此类综合征胎体大多流产，出生后也会早期死亡。存活的二倍体与三倍体混合体一般都有精神运动障碍。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。