The protective effect of the coating on the steel substrate is obvious at a long immersion time.
在较长时间的浸泡下，涂层对钢基体的保护效果明显。
The relationship between evaporation residue and types of can coatings, soakings, and immersion time were studied.
研究了罐内涂膜蒸发残渣量与涂膜种类、模拟液、浸泡时间的关系。
Both the amount and the grain size of the copper nanocrystallites increase with immersion time under the same solution concentration.
在溶液浓度保持不变的情况下，随着反应时间的的延长，铜的沉积量逐渐增加，铜纳米颗粒的平均晶粒尺寸逐渐长大。
The carbon in the film increases with increasing immersion time and can be thought to be from seawater not from residual carbon films.
膜中碳量随暴露时间延长而增加，因此可以认为碳来源于海水而不是来自加工残碳膜。
The effect of the carrier concentration, silver nitrate concentration and immersion time on the bacterial inhibition rate ware studied.
研究了载体浓度、硝酸银浓度和浸渍时间对抑菌率的影响。
The results show: the main factors affecting the quality of electrolyze aluminum anode carbon lump are roasting time, solution concentration and immersion time.
研究表明：影响阳极炭块优化处理质量的主要因素是焙烧时间、溶液浓度和浸渍时间。
With both low MPS concentration and suitable immersion time, a well-ordered and closely self-assembled MPS layers could be prepared on the hydroxylated surface.
较低的溶液浓度和适宜的反应时间有利于MPS分子在羟基化表面形成排列规则、结合紧密的自组装膜层。
Influences of immersion time of film in the solution of initiator, monomer concentration, reaction temperature and UV irradiation time on grafting effect are studied.
研究了膜在光引发剂溶液中的浸泡时间、单体溶液的浓度、反应温度和紫外光照射时间等对接枝效果的影响。
With the increase of immersion time, the corrosion potential shifted negatively, the polarization resistance reduced and the difference of corrosion potential became larger.
铁丝的腐蚀不均匀，自腐蚀电位和极化电阻分布较分散，随时间增加、自腐蚀电位负移、极化电阻变小、丝束之间的电位差增大。
According to the electrochemical impedance spectroscopy results, the corrosion products plating on alloys surface are partly protective to the parent metal with immersion time.
阻抗测试结果显示，随着浸泡时间的延长，腐蚀产物在合金表面沉积，对基体金属具有一定的保护作用。
Using different concentration piperazine and IPC or TMC, through changing immersion time, heat treatment time and temperature, composite nanofiltration membrane with good performance was prepared.
用不同浓度的哌嗪水相、酰氯有机相，通过改变两相处理的时间和热处理的时间与温度寻找合适的条件制备性能较佳的平板复合纳滤膜。
Using different concentration piperazine and IPC or TMC, through changing immersion time, heat treatment time and temperature, composite nanofiltration membrane with good performance was prepared.
用不同浓度的哌嗪水相、酰氯有机相，通过改变两相处理的时间和热处理的时间与温度寻找合适的条件制备性能较佳的平板复合纳滤膜。
应用推荐