leaching chromate

leaching chromate的基本解释

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汞黄, 铬酸铅

与leaching chromate相关的网络例句 [注：此内容来源于网络，仅供参考]

Results show that, following the leaching time extending, the leaching concentrations of heavy metals and lixiviate toxicity of heavy metals increase in the fly ash. When the ratio of liquid and solid add, the leaching concentrations of heavy metals obviously become big, and the Cd's leaching concentration is the biggest, when the ratio of liquid and solid is 90, the Cd's leaching ratio exceed the percent of 70. At the time pH is about 7, the leaching concentrations of heavy metals are the lowest. When the grain size is the bigger or little, the leaching concentrations of heavy metals are lower, however when the grain size is 250-900 μm, the concentrations are higher. After fly ash melt in the high temperature, the lixiviate toxicity of heavy metals greatly reduce, which explains that the effect of melting on heavy metals' stabilization is very good.

结果表明，随着浸出时间的增加，飞灰绝大部分重金属的浸出浓度增高，浸出毒性增强；液固比增加，大部分重金属的浸出率大大提高，其中重金属Cd的浸出率最大，在液固比为90时，飞灰中的Cd的浸出率达到70%以上；pH为中性左右的时候，医疗垃圾飞灰中的大部分重金属的浸出液浓度最低；颗粒尺寸在较大或者较小时，医疗垃圾飞灰中的大部分重金属浸出浓度较小，大部分重金属在颗粒尺寸250～900 μm时，重金属的浸出浓度较高；飞灰高温熔融后，重金属的浸出毒性大大降低，说明熔融对重金属有很好的固化效果。

Na2S-leaching process,microbe-leaching process and mechanochemistry directly leaching process were introduced and compared,the result showed that Mo leaching ratio could reach 99% by mechanochemistry directly leaching process for wulfenite,in which process energy consumption was the lowest,and least equipment was needed,the newly developed process was the best way to recover Mo from wulfenite.

硫化钠浸出工艺、生物浸出工艺、机械化学直接浸出工艺三种工艺的比较结果显示，机械化学直接浸出工艺具有能耗低、设备少、钼浸出率高等优点，是处理钼铅矿的最理想的方法，钼的浸出率可达到99%以上。

Morphology, composition and structure of the obtained chromate film were studied by measurement of polarized electric resistance and neutral salt spray test, with result that corrosion resistance of the chromate film was greatly improved with the addition of titanium which attributes to the formation of titanium dioxide and titanyl sulfate in chromate films and their corrosion products.

利用SEM、XPS等方法研究了所得钝化膜的形貌、组成及结构，并通过极化电阻的测量和中性盐雾试验研究了钝化膜的耐蚀性。

与leaching chromate相关的网络解释 [注：此内容来源于网络，仅供参考]

zinc chromate primer：锌黄底漆

zinc chromate primer 锌铬酸盐底漆 | zinc chromate primer 锌黄底漆 | zinc chromate primer 锌黄底漆锌铬酸盐底漆

zinc chromate primer：锌铬酸盐底漆

zinc chromate anti-rust paint 锌黄防锈漆 | zinc chromate primer 锌铬酸盐底漆 | zinc chromate primer 锌黄底漆

zinc chromate anti-rust paint：锌黄防锈漆

zinc chromate ==> 铬酸锌 | zinc chromate anti-rust paint ==> 锌黄防锈漆 | zinc chromate hydroxide ==> 锌黄