被污染的

Someone hasn't aware of the serious destruction of the plastic bring to our health and our environment,if we use the plastic without any restriction,the earth will surrounded by white pollution someday ,then next generation will be in danger for their health at any time ,and all the being will be confronted with conjuncture of exist.

有些人还没有意识到塑料给我们的健康和环境带来的严重性危害，如果我们不加限制的使用塑料制品，那么有一天，我门的地球就将被白色污染所包围，到那时下一代的健康就会随时处于危险之中，所有的生命体都将面临生存的危机。

As the pyrolysis technology for MSW, comparing with incineration, has a higher WTE and lower second-step pollution, it has been considered a more advantages MSW deposal technology than incineration. However, it is only in its preliminary step. Till now, there is quite limit successful practical pyrolysis technology applying on MSW and deficient of relative fundamental research on them. So to do some fundamental research about this is both very important and very necessary.

由于固体废弃物热解技术具有比焚烧法更高的能源利用率和较低的二次污染，因此被认为是比焚烧技术更先进的废弃物处理技术，当然，固体废弃物热解技术发展目前还处在起步阶段，迄今为止，已成功应用于处理城市固体废弃物的热解技术还非常有限，与之相关的很多基础研究还很缺乏，因此对固体废弃物热解技术的有关基础研究是十分重要和必要的。

On the basis of laboratory and in situ tests,we analyse the depth and perviousness of vadose zone as well as aquifer and aquifuge and, furthermore,point out Penglaizhen formation with poor permeability can effectively prevent pollution of ground water from the leachate of refuse.

结合室内和野外现场试验，详细分析填埋场区的包气带、含水层、相对隔水层的厚度、透水性等水文地质条件，指出被透水性差的蓬莱镇组中段地层所围限的三面环山、中间沟谷的地质环境，能够有效地阻滞垃圾渗滤液对地下水的污染。

Arc plasma has many advantages, such as high temperature、 high energydensity and so on. It has been applied in the field of cutting、 welding、 metallurgyand material prepared etc, but there is a long-term problem in the field of the arcplasma technology, which is how to reduce cathode erosion to increase the life-timeof arc plasma generator, so many scholars in the world have been studying theproblem on the cathode erosion.

电弧等离子体具有温度高、能量密度大和对环境污染小等特点，它已被广泛应用于切割、焊接、冶金、材料制备等领域，但是在电弧等离子体技术中，怎样减少阴极烧损提高等离子体发生器的寿命是电弧等离子体技术中一个长期问题，因而国内外的许多学者仍在对阴极烧损这个问题进行研究；本文围绕&通过提高阴极表面温度，增强阴极表面的电子发射能力，来增大阴极弧根直径，进而降低电弧通过阴极弧根传入阴极表面的有效比热流，以达到减小阴极烧损的目的。&

The two courts in Jiangsu are near Lake Tai, considered one of the three most polluted lakes in China; in 2007, it saw a toxic-algae bloom that made headlines around the world.

江苏的两个环保法庭设在太湖附近，太湖被认为是中国污染最严重的三个湖泊之一。在2007年，太湖的蓝藻爆发事件登上了世界各地新闻的头版头条。

Municipal refuse landfills not only impropriately occupy abundant city land,but also make much useful resource for instance carbon,hydrogen,kalium,calcium,magnesium,phosphor,iron,manganese,copper wasted,even more have environment damaged,sometimes bring exploders.

城市垃圾填埋场占用了大量的城市用地，并使得许多可利用资源如适量的碳、氢、钾、钙、镁、磷和微量的铁、锰、铜等元素被浪费，而且污染并破坏了周围的生态环境，有时候还引起爆炸。

General Motors is considering a diesel for some of its thirstiest trucks, such as the newly-redesigned Chevrolet Silverado pickup, but the firm's vice-chairman, Bob Lutz, frets that the extra cost of future pollution-control technology may price diesels out of the market.

通用公司在考虑为它的那些油耗量较大的卡车安装柴油机，比如不久前重新设计的雪佛兰Silverado pickup，但是通用的副主席Bob Lutz 不无担忧地指出，为减少污染而付出的额外成本可能导致柴油机定价过高，从而被挤出市场。

Since China's large cities were faced with serious coal\|smoke pollution with PM 10 and SO 2 as the main pollutants, natural gas is becoming one of the most attractive clean replacers of coal.

国内大城市以PM10 和SO2 为主要污染物的煤烟型污染十分严重，因而天然气作为煤的清洁替代品已越来越受到人们的重视。过去天然气作为宝贵的战略资源多被用作化工原料，而对是否应将其作为城市民用燃料存有争论。

Because they have excellent resistance to E-glass fouling and have no pollution to fiberglass, they are used in sidewall of tank, bottom of tank and main channel of the tank furnace of fiberglass.

它以其优异的抗高温E玻璃侵蚀性和对玻璃纤维很小的污染，而被用在玻璃纤维池窑的池壁、池底及主通路等诸多部位，是池窑拉线工艺中最重要的耐火材料。

When you think of pollution in China, you tend to think first of smokestacks and smog-bound factory landscapes and lead-poisoned children and fields coated in coal dust.

当你想起中国的污染问题时，你可能首先会想到浓烟滚滚、雾气弥漫的工厂和患病率很高的儿童和被煤灰笼罩的耕地。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。