石油污染土壤的生物降解研究。
在本论文中我们研究了一种微生物修复石油污染土壤的一种新方法。
In this paper we study the biodegradation of petroleum polluted soil in a different way.
实验中以氮气为保护气微波辐照各种石油污染土壤样品，测量样品的升温特性。
In the experiments, oil-contaminated soil was treated using microwave heating with nitrogen as the protection gas, and the heating-up characteristics was received and analyzed.
本发明提供一种低成本，高去油率的石油污染土壤淋洗药剂、其配制方法和应用。
The invention provides a low-cost and high-efficient agentia for leaching petroleum-polluted soil as well as a preparation method and an application thereof.
概述了土壤石油污染的危害及其现状，介绍了主要的石油污染土壤生物修复技术的原理及研究进展。
The danger and current situation of the soil polluted by oil were summed up and main biological principle of oil-polluted soil and the research progress in recovery technique were introduced.
目的研究微生物-植物联合对稠油污染土壤的修复效果，为石油污染土壤生物修复技术的应用提供依据。
The paper intends to investigate the combined effects of microorganism and plant on the remediation of soil polluted by thick oil, and to provide practical methods for the remediation.
当今土壤的石油污染是一种较为普遍的现象。
The soil pollution by petroleum is a common problem in the world.
石油污染给海洋资源带来极大的危害，破坏土壤结构和生态平衡。
Petroleum pollution brings a great danger to ocean fishery resource, destroy the natural structure of soil and affect the ecological balance.
石油污染对海洋渔业资源危害巨大，破坏土壤结构，影响生态平衡。
Petroleum pollution bring a great danger to ocean fishery resource, destroy the natural structure of soil and affect the ecological balance.
在实验室中用同位素示踪法，研究了土壤中不同石油污染量对氮矿化及硝化速率的影响。
Isotope dilution method was adopted in lab for the study of the effect of crude oil contamination on the rate of nitrogen mineralization and nitrification in soil.
本论文论述了石油土壤污染的起因、危害及当前国际国内对于土壤石油污染的最新修复技术。
The paper discussed the origin and harm of oil pollution in soil and also included the newest bioremediation technology in the world wide.
分析结果证明，荧光分析法可有效快速地判定土壤是否被石油污染以及造成土壤污染的石油产品类型。
The results show that fluorescence analysis can be effectively and quickly determine whether the petroleum- contaminated soil, and soil pollution caused by the type of petroleum products.
分析结果证明，荧光分析法可有效快速地判定土壤是否被石油污染以及造成土壤污染的石油产品类型。
The results show that fluorescence analysis can be effectively and quickly determine whether the petroleum- contaminated soil, and soil pollution caused by the type of petroleum products.
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