1) Dezaguanine
地扎胍宁
2) guanacline
胍乙宁
3) Alazanine Triclofenate
氯酚扎宁
4) Zhalong Wetland
扎龙湿地
1.
Comprehensive evaluation on water environment quality of Zhalong wetland based on grey clustering method;
基于灰色聚类法的扎龙湿地水环境质量综合评价
2.
Determination of endocrine disrupters nonylphenol in Zhalong wetland water;
扎龙湿地水体中内分泌干扰物壬基酚的测定
3.
Eco-environmental water requirement in the Zhalong Wetland;
扎龙湿地生态系统需水量
5) Zaring area
扎仁地区
1.
Sedimentary environment of the Middle Jurassic Bi Qu Formation and its controls on petroleum geology in the Zaring area,southern Qiangtang basin;
南羌塘盆地扎仁地区中侏罗统布曲组沉积环境特征及其对油气地质条件的控制作用
6) Zhalong wetlands
扎龙湿地
1.
A Study of Environmental Degeneration and Protection Countermeasures of Zhalong Wetlands;
扎龙湿地环境退化与保护对策
2.
Taking Zhalong natural wetlands as an example, and selecting water demand for wetland vegetation, soil, biological habitat and purifying pollutants as main indexes, the author evaluates the eco-environmental water demand of Zhalong wetlands.
湿地生态环境需水是指维持湿地生态系统生态平衡和正常发展、保障湿地系统生态水文功能和相关环境功能正常发挥所需的水量,以扎龙国家自然湿地为例,选取植被需水量、土壤需水量、生物栖息地环境需水量及污染物净化需水量为主要指标,估算了扎龙湿地生态环境需水量。
3.
In this paper, the author analyses the status of water eutrophication in Zhalong wetlands, and points out that the majority of water quality indexes, such as TN, TP and BOD5, have gone beyond the water quality standards seriously.
对扎龙湿地水体富营养化污染状况进行调查,指出沼泽湿地、湖泊湿地TN、TP、BOD5等多项水质指标都已严重超标;阐明了营养物年季变化特征;总结了扎龙湿地水体富营养化发展趋势;提出了保障湿地供水、生态工程恢复及控制流域地表水污染的多项管理策略。
补充资料:胍乙宁
分子式:
CAS号:
性质:又称胍乙宁。其硫酸盐熔点185~186℃(分解),含两个结晶水,在空气中不稳定。本品为影响交感神经末梢介质的抗高血压药物。副作用可引起严重体位性低血压。
CAS号:
性质:又称胍乙宁。其硫酸盐熔点185~186℃(分解),含两个结晶水,在空气中不稳定。本品为影响交感神经末梢介质的抗高血压药物。副作用可引起严重体位性低血压。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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