含盐的

It is rich in the local deposits of salt brine and natural gas.

它是富有的在含盐的甜盐水和天然气的地方性的存款中。

Some areas have rich, peaty soil for crops, or salty marshland for sheep, but there are extensive uncultivated sections, where reed beds shelter wildlife.

一些地区有适合庄稼生长的肥沃的黑泥，或者适合放牧的含盐的湿地，不过还有大片没有开发的地区，那里的芦苇荡为野生动物提供栖身家园。

Long-legged three-toed wading bird of brackish marshes of Australia.

澳大利亚含盐的沼泽地区长腿、三趾的涉水鸟。

Long-legged three-toed black-and-white wading bird of inland ponds and marshes or brackish lagoons .

内陆的池塘和沼泽或含盐的礁湖地域生活的长腿、三趾、黑白色的涉水鸟。

Taking for example the salt rhythms of the Qianjiang Formation in the Qianjiang Sag of the Jianghan Basin (which is a typical Paleogene saline lacustrine basin in eastern China), through a detailed study on cores, the authors have determined for the first time the Ⅳ-order salt rhythm based on Ⅰ-,Ⅱ-and Ⅲ-order salt rhythms which were determined previously and got to know that the sedimentary process following the sequence of desalinizing→salinizing and crystallization of salt minerals from halite rock→(mud-bearing) glauberite rock→dolomite-bearing mudstone (mud-bearing doloston)→mudstone→doloston→glauberite rock→halite rock. The authors also analyzed the Ⅳ-order salt rhythm and the correspondence between its sedimentary records and the fluctuation of the palaeosalinity of waters and the short-scale (0.05~1.0 ka duration) change of dry-moist palaeoclimate.

本文以我国东部独具特色的古近纪古盐湖盆地－江汉盆地的潜江凹陷潜江组盐韵律为例，通过对王平1、王云10-6、王80-2等3口井连续取心段的精细研究，在前人划分Ⅰ、Ⅱ、Ⅲ级盐韵律的基础上，首次划分出组成含盐层系基础韵律单元－Ⅳ级盐韵律，弄清了它的沉积过程基本遵循从石盐岩→钙芒硝岩→含白云石泥岩→泥岩→白云岩→钙芒硝岩→石盐岩的淡化－咸化序列和盐类矿物的析出顺序；解析了Ⅳ级盐韵律及其沉积组合记录与水体古盐度波动和短尺度(0.05~1.0 ka)古气候干湿变化之间的对应关系。

The reaction mechanism of triglycidyl isocyanurate and the production process were briefly mentioned, but the characteristics of production process were introduced in detail.

简要介绍了TGIC工艺反应原理、工艺生产流程；重点介绍了该工艺特点，包括含盐废水处理及回收利用，用中和法处理含盐废水，可回收4%左右的环氧氯丙烷原料，工业用盐纯度达95%，用副产品法处理含盐废水，可产纯度89%的工业用盐，同时还可生产水溶性树脂副产品；废水封闭循环利用，使生产过程无废水排放；母液回收利用，可生产光敏树脂。

The multiphase tectonic activities above clearly controlled the move and gather of salifying brine, the strongth of salt-forming and the deposition of salt-bearing strata. With the pass of time, the salt-bearing strata thickened gradually from northwest to east and southeast, and the distribution of the thickness trended towards complicated; the measurement of the halite deposition extended towards east too; in the early Palaeogene and the Neogene, strong multiphase tectonic activity was a disadvantage to salt-forming, but in the middle and late Palaeogene, weak multiphase tectonic activity, which resulted in slow and sustained subsidence of the basin, was greatly advantaged to it, especially to potash-forming.

古近纪和新近纪成盐卤水的迁移和聚集、成盐作用的强弱以及整个含盐系的沉积发育明显受到上述构造活动的控制：含盐系的厚度随时间由北西向东、向南逐渐增厚，且厚度分布逐渐趋于复杂化；石盐岩的沉积规模和范围也逐渐向东扩大；古近纪早期和新近纪强烈的构造活动对于成盐作用而言是一种干扰因素，而古近纪中、晚期相对较弱、导致盆地缓慢持续沉降的构造活动对成盐，尤其对成钾作用则极为有利。

Besides unique salt - flavored ice lollies , other products on sale at the shop include gourmet salt , bathing salts , salt toothpaste , salt soap , algae soap and algae soya sauce

另外咸冰棒也是七股盐场的独家美味，贩卖部亦供应有美味盐沐浴盐含盐牙膏含盐香皂藻皂藻酱油等。

Crop sensitive to water and salt press has been analyzed with the BP-CRWS established in this research. The result showed in light-moderate salty soil, the sunflower is most sensitive to water in squaring stage and the following is flowing stage, seedling stage.

运用所建立的模型进行了作物水盐响应敏感性分析研究，得到中轻度含盐土壤中油料向日葵在现蕾期对缺水最敏感，其次是开花期和苗期；而在重度含盐土壤中，油料向日葵对缺水敏感由大到小依次是苗期、现蕾期、开花期。

ABSTRACT : The effects of handling the salty acid red B colorant outlet water by electrochemical method and the influence of handling process in different PH, different current intensity, different electrolyse time and in different pole distance are researched on.

利用电化学法对高含盐的酸性红B染料废水进行了处理研究，考察了溶液pH、电流强度、电解时间及其不同极间距对处理结果的影响。

If you are unfortunate enough to the lovelorn, please tell me, I will help you out, really, please contact me!

如果你不幸失恋了，请告诉我，我会帮助你摆脱困境，真的，请联系我啦！

China's plan to cut energy intensity by 20 percent and pollutant discharges by 10 percent between 2006 and 2010 is a case in point.

中国计划在2006年到2010间降低20%的能源强度和减少10%的主要污染物排放，就是一个这样的例子。