1) full immersion
全浸
1.
On the basis of upright distribution of environmentalfactors in surface seawater, corrosion behavior difference of metal ex-posed with fixed and floating full immersion modes was analyzed, andverifying test was run by exposing 9 types of metals to seawater withfixed and floating full immersion modes.
依据表面海水环境因素的垂直分布,分析了金属在固定和浮动两种海水全浸方式下的腐蚀行为差别,并通过9种金属材料在固定与浮动海水全浸方式下的暴露试验,对分析得出的结论进行了验证。
2) post-impregnate
全浸入浸渍
3) immersion zone
全浸区
1.
The results indicated that zinc coating exposed to immersion zone dissolved quickly due to high corrosion current density and being hard to form a stable protective film resulting from the corrosion itself,i.
结果表明,由于镀锌层腐蚀电流密度大,在全浸区流动海水中快速溶解而又难以形成稳定的保护性腐蚀产物膜,耐蚀性最差;镀层在潮差区出现不同程度的生物污损,这可能给镀层带来部分保护,其腐蚀速度比全浸区明显降低;镀层在飞溅区未发生生物污损,但腐蚀速度在三个海水区带中最低,可能与其表面良好的充气条件和腐蚀产物层的阻挡作用有关。
2.
The results indicated that in immersion zone 5%Al-Zn alloy coating resists well to the seawater corrosion because of its low current density and highly protective products from corrosion.
结果表明,由于腐蚀电流密度小,腐蚀产物具有保护性,镀层在全浸区表现出较好的耐蚀性能;镀层在潮差区出现不同程度的生物污损,而比较充分的充气条件又促进了镀层的氧化,其腐蚀速度比全浸区明显降低;镀层在飞溅区未出现生物污损,耐蚀性能最好,可能与良好的充气条件和腐蚀产物层的阻挡作用有关。
3.
The corrosion behavior of hot dipping Galvanized(GI),Galfan(GF) and Galvalume(GL) coated steels exposed to immersion zone of Qingdao site was investigated with seawater corrosion test,microscopy morphology analyses and electrochemical measurements.
6%硅(GL)镀层钢板在青岛站的全浸区海水腐蚀测试,并利用质量损失腐蚀测试、显微结构分析和电化学测试,研究了3种镀层钢板的海水腐蚀行为。
4) complete wetting
完全浸润
1.
The complete wetting regi.
提出了溶液浸润模板法中的完全浸润体系和部分浸润体系以及临界浸润浓度Cw。
5) non-fully-im mersed
非全浸式
6) immersion environments
全浸带
补充资料：汗浸浸
1.汗水浸湿貌。
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