有机物

We compare the capabilities of turbidimeter in the matter of process the air bubble,water colour and organics disturbances.

分别对其在处理水中的气泡、水体的颜色以及水中有机物等方面对浊度测量的干扰进行了实验分析。

Again, also found that alcohol, aromatic oils, soap bubbles, and other organic matter, can become a brown turquoise green, the paraffin immersed porous turquoise in the beginning of a better understanding of their blue; a few months later, then again irreversibly changed the green-brown.

再有，还发现酒精、芳香油、肥皂泡沫和其他一些有机物，可使绿松石变成棕绿色，把石腊浸入多孔隙的绿松石中，初可加深其蓝色；数月后，则又不可逆地变棕绿色。

It is concluded that the groundwater ubiquity score is very helpful in the risk assessment of organic contaminants.

因此，地下水污染指数法的应用将有助于预测有机物对地下水的污染风险。

Uncharged soluble organic materials can not carry a current.

不带电荷的可溶有机物不能传导电流。

A small,light - sensitive patch of pigment in certain algae and unicellular organisms.

细胞繁殖的中心内容在单细胞有机物里可以看得更清楚。

Consequently, planted wetland showed a little well overall performance than unplanted, but the improvement was not obvious.

有植物湿地对有机物的去除效果比无植物湿地有所改善，但是提高不多。

Planted with Phragmites australis and unplanted wetlands were constructed to compare organic matter removal from domestic wastewater based on water budget.

构建了芦苇和无植物人工湿地，在系统水量衡算的基础上比较了两种湿地对生活污水中有机物的去除效果。

Planted wetland had a removal rate of organic matter 2.2% lower than unplanted wetland in winter with plant harvested. In other seasons, the removal rate of CODCr in planted wetland was 3.2%～4.2% higher than that in unplanted wetland, while BOD\-5 was 1.8%～4.8% lower than that in unplanted wetland.

结果表明，在植物收割后的冬季，有植物湿地对有机物的去除率低于无植物湿地2.2%；在其他季节，芦苇湿地对污水CODCr的去除率比无植物的高出3.2%～4.2%，但对BOD5的去除率却比无植物的低了1.8%～3.4%。

Planted wetland had a removal rate of organic matter 2.2% lower than unplanted wetland in winter with plant harvested. In other seasons, the removal rate of COD, in planted wetland was 3.2%~4.2% higher than that in unplanted wetland, while BOD5 was 1.8%~4.8% lower than that in unplanted wetland.

结果表明，在植物收割后的冬季，有植物湿地对有机物的去除率低于无植物湿地2.2%；在其他季节，芦苇湿地对污水COD的去除率比无植物的高出3.2%~4.2%，但对BOD5的去除率却比无植物的低了18%~34%。

This method can be also used to calculate the enthalpies of vaporization at other temperatures.

对这些有机物的蒸发焓计算结果表明，与实验值的平均绝对偏差为 1.39%，优于文献发表的其他方法

Lugalbanda was a god and shepherd king of Uruk where he was worshipped for over a thousand years.

Lugalbanda 是神和被崇拜了一千年多 Uruk古埃及喜克索王朝国王。

I am coming just now,' and went on perfuming himself with Hunut, then he came and sat.

我来只是现在，'歼灭战perfuming自己与胡努特，那麼，他来到和SAT 。