FAST TRACK PAPER: Inference of mantle viscosity from GRACE and relative sea level data
FAST TRACK PAPER: Inference of mantle viscosity from GRACE and relative sea level data
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DOI：
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发表时间：
2007
影响因子：
2.8
通讯作者：
A. Paulson;S. Zhong;J. Wahr
中科院分区：
文献类型：
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作者：
A. Paulson;S. Zhong;J. Wahr
一种生物质管理系统，利用白天的阳光净化含有杂质的水。本发明的生物质管理系统适于在蓄水池中使用，该蓄水池具有用于将不纯水输送到蓄水池中的入口和用于将净化水输送出蓄水池的出口。第一种类型的有根的底栖植物生长在蓄水池的底部，并去除水中的一些杂质。多个细长的通道漂浮在蓄积池中的水的表面上，位于底部居住植物上方。所述多个细长通道中的每一个以基本上北-南取向固定在蓄积池中。所述多个细长通道中的每一个具有保持区域，所述保持区域具有向内成形的侧面。第二种类型的漂浮无根植物生长在每个通道中的水面上的保持区域中，并去除水中的一些杂质。细长通道的南北取向和通道的向内成形的侧面允许阳光被传递到所有的底部居住植物。
A biomass management system using sunlight during the daytime for purifying water having impurities. The biomass management system of the present invention is adapted for use in an impoundment holding water which has an inlet for delivering impure water into the impoundment and an outlet for delivering purified water out of the impoundment. A first type of rooted bottom dwelling plant grows on the bottom of the impoundment and removes some of the impurities in the water. A plurality of elongated channels float on the surface of the water in the impoundment above the bottom dwelling plants. Each of the plurality of the elongated channels are secured in the impoundment in a substantially North-South orientation. Each of the plurality of elongate channels have a holding region with inwardly shaped sides. A second type of floating rootless plant grows in the holding region on the surface of the water in each of the channels and removes some of the impurities in the water. The North-South orientation of the elongated channels and their inwardly shaped sides of the channels allow sunlight to be delivered to all of the bottom dwelling plants.