生物腐蚀

建筑石材的生物腐蚀

Biodeterioration and biodegradation of building stone

重点讨论了电化学噪声在金属腐蚀类型的判断、局部腐蚀特征、应力腐蚀、涂层性能评价、缓蚀剂的筛选和生物腐蚀等腐蚀领域中的应用研究进展，并提出了今后的研究方向。

The application and development of electrochemical noise in judgment of metal corrosion 's type , feature of local corrosion , stress corrosion , evaluation of coating performance , inhibitor screening and biological corrosion were discussed in detail . The development of EN technique in the future was forecasted .

污水管道系统的生物腐蚀及利用氧化还原电位的控制技术

Biogenic Corrosion of Sewer Systems and the Control using Redox Potential

海洋混凝土污损生物腐蚀机理的研究进展

Literature review of corrosion mechanism of marine fouling organisms on concrete

钴铬钼微孔表面人工髋关节材料细菌源性生物腐蚀的初步研究

Microbial Corrosion of Porous Co-Cr Alloy Samples-a Preliminary inVitro Study

纯镁的生物腐蚀研究

Study of bio - Corrosion of pure magnesium

利用导电涂膜直接电解海水法防护生物腐蚀1.模拟和测量技术

Direct Electrolysis of Seawater on Conducting Film for Microbial Anticorrosion 1 . Simulation and Measurement Technique

产品不仅具有良好的缓蚀性能，而且具有优异的杀菌性能，能够控制油田腐蚀性介质引起的常规腐蚀和硫酸盐还原菌等细菌引起的生物腐蚀，具有广阔的推广及应用前景。

Moreover , it can control the conventional corrosion caused by oilfield corrosive medium and bio-corrosion caused by SRB .

生物腐蚀的机理对金属接触的介质物化调整来讲是非常重要的。

The identified mechanisms of bacterial corrosion are essentially important physico-chemical modifications of the medium in contact with the material .

如造纸等工业废水中所含有的硫化物对混凝土管道就有很强的生物腐蚀作用。

For example , the sulfide in the water which are discharged by paper mill have strong corrosion to concrete pipes .

这一结果说明，在感染的全髋置换病例中，人工关节材料的细菌源性生物腐蚀确实存在，并且是手术失败的原因之一。

The results confirmed the fact that microbial corrosion of PCA exists and is one of the causes of failure of infected THA .

由于在露天环境中遭遇生物腐蚀，竹秆的持久性差，所以需要采取化学手段增强其耐力。

The low durability of a bamboo culm towards biodeterioration in an exposed environment requires mostly a protection with chemical solutions for long time use .

陕北石油秩序某油田输配水管网生物性腐蚀原因调查

Investigation on causes of biological corrosion in water supply pipe of certain oil field

热-自组装单分子膜表面改性镁生物材料的腐蚀降解

Corrosion degradation of surface modified bio-magnesium materials by heat-self-assembled monolayer

微型生物与金属腐蚀的研究

Study on correlation between microbe and metal corrosion

结果表明，热自组装膜改善了镁基生物材料的腐蚀抗力和生物活性。

The results showed that the corrosion resistance and bioactivity of the bio-magnesium materials with heat-self-assembled monolayer were improved .

从腐蚀产物电镜分析可以看出，铜表面形成的生物膜、腐蚀产物膜多孔疏松，在细菌新陈代谢作用下，逐渐解离成颗粒，然后不均匀地脱落。

The SEM images revealed that the corrosion product layer was loose and that the surface consisted of small copper particles and fell off unevenly with the bacterial metabolism .

含量较高的羧酸使生物油具有腐蚀性高和燃油性能差等特点，增加储存和运输的成本，限制了生物油的应用。

The high contents of carboxylic acid will cause high corrosive and bad fuel oil performance of bio-oil ; increase the cost of storage and transportation ; limit the application of bio-oil .

近年来污损生物对钢海水腐蚀的影响一直受到腐蚀研究者的关注。

Recently , the effect of biofouling to corrosion of steel have drawn many researchers ' attention .

国内外的研究多集中于各种因素对金属生物材料的微动腐蚀的影响上，利用微动图理论和交互作用来研究金属生物材料的微动腐蚀却鲜有报导。

Most of studies in the literature are focused on various factors affecting fretting corrosion of metallic implants , whereas few investigations have been done on fretting corrosion behavior of metallic implants based on the theories of fretting regime and synergy .