1.
Research Progress and Prospect of Soil Erosion and Adsorbed Phosphorus Loss
土壤侵蚀中吸附态磷流失研究现状与展望
2.
The Simulation of Adsorbed Phosphorus Pollution Load Based on GIS and the Theory of Blind Number in Xiaojiang River Watershed
基于盲数理论与GIS的小江流域吸附态磷污染负荷模拟研究
3.
Study on Static Absorption of Total Phosphorus in Four Matrixs
四种填料对总磷的静态吸附试验研究
4.
Study of phosphorus removal composite prepared by industrial waste residue
工业废渣基除磷材料的静态吸附研究
5.
The Studies on the Phosphorus Forms and Character of Phosphorus Adsorption in the Sediment of Five Big-lakes;
五大湖沉积物磷形态及其磷吸附特征研究
6.
Study on Characters of Phosphate Adsorption/Desorbs of Suspended Sediments in the Three Gorges Reservoir Area;
三峡库区悬浮态泥沙吸附解吸磷酸盐特性研究
7.
Study on the Forms of Phosphorus and Characteristics of Adsorption--Desorption of the Corn Belt Phaeozem in Jilin;
吉林玉米带黑土磷素形态及吸附——解吸特性研究
8.
Cadmium is existed in phosphate rock as isomorphism and sorption state, while cadmium is existed in weathered phosphate rock chiefly as sorption state.
镉在磷块岩中的赋存状态为类质同象和吸附态，在风化磷矿石中以吸附态为主。
9.
Study on the Phosphorus Forms and Character of Phosphorus Adsorption and Release in Sediment of the Poyang Lake;
鄱阳湖沉积物中磷的形态及吸附释放特征研究
10.
Static Adsorption Experiments of the Filled Materials in Constructed Wetland for Nitrogen and Phosphorus
人工湿地填料对氮磷的静态吸附筛选实验
11.
The effect of aerating to sediment on phosphorus adsorption capacity and phosphorus forms in the sediment
底泥曝气对磷吸附容量和底泥中不同形态磷含量的影响(英文)
12.
Adsorption-desorption and competitive adsorption of arsenic and phosphorus in purple soil
紫色土中砷、磷的吸附-解吸和竞争吸附
13.
Study on Influence Factor of Phosphate Adsorption/desorbs of Suspended Sediments in the Three Gorges Reservoir Area;
三峡库区悬浮态泥沙吸附解吸磷酸盐影响因素研究
14.
The Forms of Inorganic Phosphorus of Black Soil and the Properties of Phosphorus Adsorption and Desorption in Long-term Location Experiment;
长期定位施肥黑土无机磷形态及吸附与解吸特性研究
15.
Study Progress of Nitrogen and Phosphate Adsorption&Desorption in Soils
土壤对氮、磷吸附/解吸附特性研究进展
16.
Adsorption characteristics of phosphate by several kinds of substrates
几种吸附剂对磷的等温吸附特性研究
17.
Uranium is frequently enriched by sorption or chemical combination in shales, lignites and phosphorites.
铀经常为页岩，泥炭和磷块岩所吸附或化学结合态而富集。
18.
P adsorbed by ferrihydrate was much more difficult to be desorbed than those by goethite and hematite.
水铁矿吸附的磷比针铁矿和赤铁矿所吸附的磷更难解吸;