1)  DTP
水体可溶性磷
1.
The effects of different phosphorus concentrations of water system on DTP, P-in-cell content of tissues (QP) and cell multiplication of Microcystis aeruginosa were studied in laboratory experiments.
在模拟的太湖水体中,随着外源磷的增加,藻生长最终限制因素由磷限制(ρ(TP)≤0 045mg L)发展到光限制(ρ(TP)≥0 445mg L),而ρ(TP)=0 445mg L是微囊藻最适生长浓度;同时,微囊藻细胞内磷含量(QP)、水体可溶性磷(DTP)也随藻类生长而发生变化,在水体ρ(TP)<0 445mg L时,细胞内磷对微囊藻增殖有促进作用,而在ρ(TP)>0 445mg L的水体中,磷对微囊藻增殖有抑制作用。
2)  water
水体
1.
Review of Biological Monitoring about Water Organic Pollutants;
水体有机污染生物监测的研究进展
2.
Study on applying of protozoan in the water biological monitoring;
原生动物在水体生物监测中的应用研究
3.
Discussion on the biological control in the water of Chagan Lake;
查干湖水体的生物治理初探
3)  water body
水体
1.
Research on controlling algae in water body by electro-hydraulic power impulse technology;
利用电液压脉冲技术控制水体藻类的研究
2.
Effects of fertilization on eutrophic substance in water body within fast-growing eucalypts plantation;
广西速生桉施肥对林区内水体富营养物质的影响
3.
Environmental quality assessment of water body and sediment in coast in Shenzhen City;
深圳市近岸海域水体和沉积物环境质量评价
4)  Waters
水体
1.
Removal of Heavy Metal Pollutants from Waters by Adsorption on Molecular Sieve Zeolite-A;
Zeolite-A沸石分子筛去除水体中重金属污染物
2.
Effects of manganese on the photodegradation of phenols in waters;
水体中锰离子对酚类有机物的光化学降解的影响
3.
Polychlorinated biphenyls in the waters, sediments and benthic organisms from Guangzhou reach of Pearl River.;
珠江广州段水体、沉积物及底栖生物中的多氯联苯
5)  water bodies
水体
1.
The essay talks about causes & kinds of water body pollution and puts forward several preventive measures, emphasizing the importance of self purification of water bodies.
通过对水体污染种类地论述,分析了水体污染的原因,并相应地提出了预防水体污染的措施,着重强调保持水体自净能力的重要性。
2.
The remote sensing mechanism and spectral characteristics of water bodies and other objects in SPOT 4 imagery were analyzed.
文中分析了水体及其它主要地物的光谱特性在SPOT影像中的表现特征 ,发现大多数地形阴影与水体的光谱特征具有一定的相似性 ,因而用单一的方法很难有效地提取山区中的水体。
3.
These building around the different water bodies of hangzhou such as west lake、qiantang.
居住性房产所处的地理位置会对其销售价格产生重要影响,与其它住宅相比较,分布在江河湖海等水体边的景观住宅售价相对较高,但却更受购房者欢迎。
6)  water-body
水体
1.
Comparison of several water-body information extraction methods in Landsat TM remote sensing image;
几种TM影像的水体自动提取方法比较
2.
A method to extract water-body from CBERS image data in Guizhou;
贵州山区CBERS影像的水体自动提取
3.
Study on Phytoremediation of Cadmium Contaminated Water-body by Willow Seedlings in Solution Culture;
柳树种苗修复水体环境镉污染的研究
参考词条
补充资料:碘化二乙氧磷酰硫胆碱,碘化磷,碘磷定,碘化胆碱硫磷酯,依可碘酯
药物名称:碘化磷酰硫胆碱

英文名:Echothiopate Iodide

别名:碘化二乙氧磷酰硫胆碱,碘化磷,碘磷定,碘化胆碱硫磷酯,依可碘酯
适应症: 用于原发性青光眼、慢性单纯性(开角)青光眼、调节性内斜视。
用量用法: 滴眼:视病情选用0.03%~0.06%滴眼剂。必要时,可提高至0.125%~0.25%,每日1~2次,每眼1~2滴。
注意事项:
1.可有虹膜及结合膜血管扩张、充血。过量时,由于强烈的缩瞳和调节痉挛,可致前额头痛、眼睑抽搐。 2.长期应用可引起白内障,过量吸收可出现急性痉挛性腹痛,甚至支气管痉挛等。
规格: 滴眼剂浓度:0.03%、0.06%、0.0125%、0.25%。

类别:眼科用药\抗青光眼药
说明:补充资料仅用于学习参考,请勿用于其它任何用途。