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1·A number of desalinization plants are already in operation.

一些海水淡化厂已经开工。

2·The increase in initial soil salt content would decrease the desalinization coefficient.

土壤初始含盐量的增加使得达标脱盐系数减小。

3·Desalinization would be an efficient means of helping to get China's citizens clean water now.

现在，水淡化可能是有助中国居民获得清洁饮水的最有效方法。

4·At present, sea water desalinization has become an important means to offer water shortages in the world.

今朝，海水淡化已经成为解决全球水资本欠缺的主要路子。

5·The results showed that ultra filtration by the molecular mass cutoff 10000 was suitable for egg white, the desalinization rate was 83.81%, and the protein retention was 86.1%.

利用超滤技术对咸鸭蛋蛋清直接脱盐，选用截留分子量为10000的超滤膜可使脱盐率达到83.81%，蛋白质截留率达到86.1%。

6·But even if the icebergs lost half of their volume in towing, the water they could provide would be far cheaper than that produced by desalinization, or removing salt from water.

但是，即便在拖的过程中冰山失去了一半体积，这样做也远比从海水中脱盐取得淡水便宜。

7·Moreover, the soil salinization can be controlled by combining the engineering with biological measures, the desalinization rate can be up to 42.8% by pumping groundwater to replace drainage;

同时，基于水资源合理利用的土壤盐渍化防治可采取工程和生物相结合的措施，采用竖井以灌代排可使区域内平均脱盐率达4 2 .8% ；

8·With the massive groundwater pumped for irrigation, there was an apparent decrease of groundwater depth and desalinization in soil layers that led to a substantial increase of crop production.

井灌井排技术有效地降低了地下水位，土壤明显脱盐，作物产量不断提高。

9·With no surface water, few aquifers, and little rainfall, the city used desalinization plants to convert ocean water to freshwater, ornamenting the city with golf courses, gardens, and palm trees.

由于表面缺少淡水、地下含水很少以及降雨量稀少，迪拜用有脱盐作用的植物把海水转化为淡水。 高尔夫球场、各种园林和高大的棕榈树点缀着整个城市。

脱盐

1·The increase in initial soil salt content would decrease the desalinization coefficient.

土壤初始含盐量的增加使得达标脱盐系数减小。

2·With the massive groundwater pumped for irrigation, there was an apparent decrease of groundwater depth and desalinization in soil layers that led to a substantial increase of crop production.

井灌井排技术有效地降低了地下水位，土壤明显脱盐，作物产量不断提高。

3·Moreover, the soil salinization can be controlled by combining the engineering with biological measures, the desalinization rate can be up to 42.8% by pumping groundwater to replace drainage;

同时，基于水资源合理利用的土壤盐渍化防治可采取工程和生物相结合的措施，采用竖井以灌代排可使区域内平均脱盐率达4 2 .8% ；