1) indigenous zinc smelting area
土法炼锌区
1.
Pot-experiments were carried out to study heavy metal accumulation in Chinese cabbage planted in the polluted soil from the indigenous zinc smelting area of Hezhang County.
采用苗圃盆栽试验,用腐殖质、EDTA、不同量的石灰等对赫章土法炼锌区的污染土壤进行处理。
2.
The reclamation of the abandoned land is one of important ways to reduce the erosion of soil and control heavy metal pollution in the indigenous zinc smelting area.
废弃地复垦成为土法炼锌区面临的主要问题,而重金属(Pb、Zn、Cd)的调控又是复垦中的首要问题。
3.
We studied on the heavy metal of the soil in the indigenous zinc smelting area of Hezhang County in Guizhou province with experiment in the field, the nursery and the laboratory.
论文以贵州赫章土法炼锌区污染土壤为研究对象,通过野外实验、苗圃实验和室内实验对其重金属的固定、迁移调控进行相关研究,为土法炼锌区的土地复垦提供科学依据和技术方法。
2) Pb-Zn mining area
土法炼锌矿区
1.
The pollution situation of heavy metal of soil and plant were determined and evaluated,based on overall investigation of Pb-Zn mining area\'s soil and plant(vegetable and crop etc.
结果表明,四个土法炼锌矿区除野马川的土壤属于中度污染外,其余全部处于严重污染状态,并且Cd是每个矿区的主要污染元素;土法炼锌矿区周围的蔬菜已全部受到严重污染,综合污染指数在10。
3) local smelting
土法炼锌
1.
Soil heavy metal accumulation induced by local smelting and its microbial environmental effects in Hezhang County, Guizhou Province;
贵州赫章土法炼锌导致的土壤重金属污染特征及微生物生态效应
4) Zinc smelting with indigenous method
土法炼锌
1.
Local zinc smelting with indigenous method in Hezhang County, Guizhou Province, not only caused infertile vegetation, but also induced varying-degree accumulation of heavy metals in adjacent soils and stream sediments.
贵州省赫章县的土法炼锌不仅导致植被的破坏,而且使附近土壤和溪流沉积物中重金属有不同程度的积累,土壤中w(Pb)达到37。
5) zinc smelting with indigenous methods
土法炼锌
1.
Recently, local zinc smelting with indigenous methods in Guizhou province become more and more serious because of higher Zn prices.
随着锌价的不断上涨,土法炼锌活动在贵州越演越烈。
6) indigenous zinc smelting
土法炼锌
1.
Indigenous zinc smelting activity, widely spread in western Guizhou, China, had caused serious pollution of heavy metals and ecological destruction in the indigenous zinc smelting areas.
土法炼锌致使冶炼区大量重金属的累积以及生态环境的严重破坏。
补充资料:土法
1.民间或国内沿用的方法。
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