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- Potential Hazards of Human Contaminated Soils. 人类污染的土壤的潜在危险。
- Bioremediation of low-level radionuclide contaminated soils and water. 土-水介质中低放核素污染物的生物修复。
- It is concluded that site remediation usually includes contaminated soils treatment and groundwater treatment. 认为场地修复通常包括污染土修复和含水层净化等2个方面。
- The bioremediation is the main effective method of cleaning petroleum contaminated soils. 生物治理是石油污染土壤主要的有效的治理方法。
- Biodegradation is an effective way to remove polychlorinated biphenyls(PCBs)from contaminated soils. 介绍了生物降解多氯联苯的主要途径、研究状况及其在污染土壤修复中应用。
- There is a great need for all-round and effective remediation technology for contaminated soils. 随着土壤污染组分的日益复杂化,等待着全面、高效的修复技术的研制。
- Scientists have discovered how metal-munching earthworms can help plants to clean up contaminated soils. 科学家们发现了如何用猛吃金属的蚯蚓来帮助植物净化遭受污染的土壤。
- The bioventing is one of the most effective methods of cleaning petroleum contaminated soils. 摘要处理石油污染土壤的诸多方法中，生物通风法是一种很有效的治理方法。
- Bioventing is an effective and inexpensive in-situ remediation technology for contaminated soils. 生物通风是一种去污效果好、操作费用低的土壤原位修复技术。
- Remedying the heavy metal contaminated soils with clay minerals is one of the most effective techniques. 利用粘土矿物修复重金属污染土壤是一种非常有效的技术,已经成为研究的热点。
- The technological and economic analyses of bioventing are discussed in the paper and the result shows bioventing is feasible in remediation of contaminated soils. 本文通过对生物通风法的技术、经济分析，得出该方法的可行性。
- Forest ecosystem has special peculiarities and functions which can be used to remediate the radionnclide contaminated soils. 森林生态系统具有独有的特点和功能,利用其修复放射性污染的土壤具有重要的意义。
- While, phytoremediation with the advantages of low cost and non-diauxic pollution has become a perspective technology for remedying contaminated soils. 与之相比较，植物修复以其修复成本低、无二次污染等独特的优势正受到全世界的普遍关注和重视，并成为环境污染治理研究领域的一个前沿性课题。
- Forest ecosystem has special peculiarities and functions which can be used to remediate the radionuclide contaminated soils. 森林生态系统具有独特的特点和功能,利用其修复放射性污染的土壤具有重要的意义。
- This paper reviewed the principles of electrokinetics and its application in remediation of contaminated soils and groundwater. 综述了电动力学技术的原理及其在受污染土壤和地下水修复方面的应用。
- To generate MTBE degraders,the biodegradation potential of aborigines from different gasoline contaminated soils was evaluated. 为了筛选降解甲基叔丁基醚(MTBE)的优势菌种,调查了不同来源土壤土著菌的降解潜力。
- In this study: using hyperaccumulator- Thalspi caerulescens to remediate heavy metal contaminated soils and sewage sludge was studied. 利用遏蓝菜和黑麦草的盆栽实验，研究遏蓝菜对重金属污染土壤的治理效果，以及不同植物条件下土壤重金属对地下水的影响；
- These studies should supply scientific basis and technical methods to remediate effectively the contaminated soils in our country. 本研究为今后植物修复技术在我国的应用和推广提供了科学依据和技术基础。
- In the paper,the mechanisms and research advances in bioremediation on the organic and heavy metal contaminated soils were reviewed. 而生物修复技术已被证明是一项非常有应用前景的新技术,成为土壤污染治理研究领域的一个热点。
- Although R2 was sensitive to organic acids, the concentrations of LMW organic acids in the contaminated soils were rather lower than the tolerable levels. 尽管氧化亚铁硫杆菌对低分子量有机酸很敏感，但是试验土壤中低分子量有机酸的浓度远远低于硫杆菌的耐受限度。
