1) scenic water with source of reclaimed water
中水景观水
1.
Several typical cases at home and abroad on scenic water with source of reclaimed water have been introduced in this paper.
简要介绍了国内外中水景观水体的典型案例,分析了中水景观水体受污染的特点及其原因。
2) scenic reclaimed water
中水景观水体
3) Waterscape
[英]['wɔ:təskeip] [美]['wɔtɚ,skep]
水景景观
1.
City Community Study on Sunstainable Waterscape;
城市居住区“节水型”水景景观设计初探
2.
Along with the increasing demand of the quality of house environment ,waterscape become a very important part of the landscaping of dwelling district and it also become a major factor of the estimate of people for dwelling environment.
但是,由于水景景观在设计上缺乏统一规划,不注重设计的实用性,较多的案例造成了水资源的严重浪费。
4) Landscape water
景观水
1.
Primary study on purifying landscape water with greenland;
人工绿地处理景观水净化效果初探
2.
Study on photocatalytic degradation of city landscape water by Fe-TiO_2;
Fe-TiO_2对城市景观水的光催化降解研究
3.
Experimental study on the treatment of BIOSTYR on landscape water;
BIOSTYR工艺对景观水处理影响因素的试验研究
5) landscape water
景观水体
1.
Experimental study on removal of phosphate and algae from eutrophic landscape water by coagulation and sedimentation;
混凝沉淀法去除富营养化景观水体中磷和藻类的试验研究
2.
The Study of Evaluation Method-Comprehensive Indexes about City Landscape Water;
城市景观水体的综合指标评价方法的研究
3.
Removal test of phosphate and algae from eutrophic landscape water by coagulation
富营养景观水体中藻类和磷的去除试验
6) landscape water body
景观水体
1.
The city-circling water system in Hefei City is landscape water body supplemented only by reclaimed water.
合肥市环城水系是以再生水为唯一补水水源的城市景观水体,选择环城水系中具有代表性的银河水体,对河道水体中的磷、氮、溶解氧和pH值的垂直分布及变化规律进行了研究。
2.
Urban sewage after treatment is used to green mountain areas of Lanzhou surrounding and regarded as the landscape water body.
将处理后的城市污水对兰州市周边山地进行生态绿化和作为景观水体,是兰州市中心城区城市污水资源化的有效途径。
3.
The overall thinking and chief technologies for rainwater utilization and landscape water body design of a residential area in Beijing were introduced.
介绍了北京地区某住宅小区雨水利用工程和景观水体设计的总体思路和主要技术环节,对以景观水体为核心的水量平衡、雨水收集、生态堤岸、安全调蓄、循环利用等问题进行了分析,提出了解决措施和对策,可为住区雨水利用设计提供借鉴。
补充资料：水中摄像
| 水中摄像 water，photography and TV in 在水下进行的摄影和电视录像。水下观察距离可达2～4个衰减长度，视场角约为40°。水中摄像的清晰度和观察距离比空气中摄像低得多，目标对背景的对比度和图像分辨率大为降低，由于水体对光谱的衰减特性，必须对彩色摄像进行色度校正。在水中摄像或观察系统中，必须考虑光学物镜的像差校正。有人运用平-凹透镜作水密封窗口，可使水中视场角和空气中摄像的视场角相同，使水密封窗口的色差和像差消除。校正之后，视场角可达90°，中心分辨率可达40线／毫米。大型水中摄像系统，如照相机、电影摄像机、电视录像机、立体摄影机等，都要有相应的运载体。这项技术广泛用于海洋地质、海洋生物、水产的研究及海洋工程的设计和施工之中。 |
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