Question

求一篇关于汽车英语的文章

可以是关于中国汽车现状的，也可以是关于未来汽车技术的，还可以是关于汽车工业重要性的英语文章，（仅限上面三个内容）不要太过专业了，回答好有加分，无论是自己写的还是在转载的，但不要随便拿几个英语单词来糊弄我，谢谢。
文章不限长短，两三百字就可以了。补充一点，最好能附上中文翻译。三楼，你的文章太长了，而且没有中文翻译，能改进下吗？

Answer 1

下面这篇文章将讲叙了世界，特别是中国、印度等国家的汽车行业的状况，联系了经济、燃油、环境等方面的问题，不知道能帮上你的忙吗？
Our Automobile Future

According to Elizabeth Kobert who wrote a article titled “Running on Fumes” for the New Yorker, she says that there are about 9 personal cars per 1,000 eligible people in China. In India, there are about 11 cars per 1,000 eligible drivers. The comparison becomes interesting when you factor in cars in the United States. Kobert says that we have 1,114 automobiles per 1,000 eligible drivers. These figures help us understand why the United States is the top consumer of fossil fuels and emitter of carbon. The really frightening aspect of all of this is knowing that both China and India's economies are on a substantial growth track that will forever change the above automobile ratios. They are hungry for all of the amenities that are synonymous with a comfortable modern life and driving is one of them.

The urbanization of China has been dramatic over the past decade. Peasants have left the countryside for jobs in urban areas and the promise of a better life. As a result, urban areas have sprung up almost overnight to accommodate the boom in manufacturing. With a population if over 1 billion people, China has over 200 cities with at least 1 million people. As they increase their income, they will have expendable income that will allow them to purchase automobiles. The future looks bright for car sales in China and India. Kobert argues that if China and India were to reach car ownership at just half the numbers of American drivers, those two countries would burn through 100 million barrels of oil a day. If they were to match the number of United States drivers, they would need 200 million barrels of oil a day. To the average person these numbers appear quite meaningless until you understand that the current total world consumption a day is about 86 million barrels of oil. This level of oil production has plateaued since December of 2005 and many are worried that we have begun the inevitable decline in our ability to pump oil at these rates.

This would all be just an interesting academic discussion if it weren't for the fact that 35 billion dollars was just sucked out of our economy due to the increase in fuel prices as we were heading into the Christmas holiday. Money spent on fuel is not money spent on the holiday. A recent poll by by Gfk Roper Public Affairs and Media reports that 27 million Americans will need to borrow money to pay their fuel bills this winter, 20 million of them will use credit cards to pay for heat to stay warm. This comes at a time when utility companies are expanding the payment options for households and for many this includes credit cards.

As we look forward, a prudent person would understand that we are facing several enormous dilemmas. First of all, the world must drastically reduce the amount of carbon we are releasing into the air. An increasing reliance on the internal combustion engine will obviously seal our fate. If we were to develop an alternative car right now that does not emit carbon it would take years to replace the current stock of vehicles. The average car stays on the road for 7 years. The hundreds of millions of vehicles on the road right now will be with us for years to come. As China and India add to their vehicle stock, it is likely that these vehicles will live out their life cycle as well.

Lastly, it is clear that if we continue to burn fossil fuels we will all be competing for a dwindling supply. The laws of economics tell us that prices will increase as demand outstrips supply. The future appears stark. The implications for increased military conflict to secure our energy future has already begun and will worsen as supply tightens.

Answer 2

In recent years, engine manufacturers have been required to reduce the levels of nitrogen oxides (NOx) in diesel engine exhaust to meet Tier 3 emission standards required by the Environmental Protection Agency (EPA). One of the reasons for this mandate by the EPA is because NOx has been associated with respiratory disease and cancer. This requirement is accomplished by changes in engine designs that include retarded timing, raised piston rings, selective catalytic reduction and the use of exhaust gas recirculating (EGR).

New engine designs use EGR to control NOx emissions by recirculating exhaust gases back into the combustion chamber to be burned a second time, thereby reducing emissions associated with health risks. The amount of exhaust gas introduced into the combustion chamber will displace oxygen, creating cooler combustion. In doing this, many of the exhaust contaminants end up in the engine lubricating oil.

Diesel engine oils are now exposed to a higher level of contamination that can degrade the oil and damage engine parts. There is concern that exhaust gas recirculation can have a detrimental effect on engine durability and its effects on the oil. Oils exposed to the EGR environment show an increase in soot content, acid number (AN) and viscosity, while the engine and oil are both exposed to corrosive/acidic gases and particle buildup.

Answer 3

In recent years, engine manufacturers have been required to reduce the levels of nitrogen oxides (NOx) in diesel engine exhaust to meet Tier 3 emission standards required by the Environmental Protection Agency (EPA). One of the reasons for this mandate by the EPA is because NOx has been associated with respiratory disease and cancer. This requirement is accomplished by changes in engine designs that include retarded timing, raised piston rings, selective catalytic reduction and the use of exhaust gas recirculating (EGR).

New engine designs use EGR to control NOx emissions by recirculating exhaust gases back into the combustion chamber to be burned a second time, thereby reducing emissions associated with health risks. The amount of exhaust gas introduced into the combustion chamber will displace oxygen, creating cooler combustion. In doing this, many of the exhaust contaminants end up in the engine lubricating oil.

Diesel engine oils are now exposed to a higher level of contamination that can degrade the oil and damage engine parts. There is concern that exhaust gas recirculation can have a detrimental effect on engine durability and its effects on the oil. Oils exposed to the EGR environment show an increase in soot content, acid number (AN) and viscosity, while the engine and oil are both exposed to corrosive/acidic gases and particle buildup.
According to Elizabeth Kobert who wrote a article titled “Running on Fumes” for the New Yorker, she says that there are about 9 personal cars per 1,000 eligible people in China. In India, there are about 11 cars per 1,000 eligible drivers. The comparison becomes interesting when you factor in cars in the United States. Kobert says that we have 1,114 automobiles per 1,000 eligible drivers. These figures help us understand why the United States is the top consumer of fossil fuels and emitter of carbon. The really frightening aspect of all of this is knowing that both China and India's economies are on a substantial growth track that will forever change the above automobile ratios. They are hungry for all of the amenities that are synonymous with a comfortable modern life and driving is one of them.

The urbanization of China has been dramatic over the past decade. Peasants have left the countryside for jobs in urban areas and the promise of a better life. As a result, urban areas have sprung up almost overnight to accommodate the boom in manufacturing. With a population if over 1 billion people, China has over 200 cities with at least 1 million people. As they increase their income, they will have expendable income that will allow them to purchase automobiles. The future looks bright for car sales in China and India. Kobert argues that if China and India were to reach car ownership at just half the numbers of American drivers, those two countries would burn through 100 million barrels of oil a day. If they were to match the number of United States drivers, they would need 200 million barrels of oil a day. To the average person these numbers appear quite meaningless until you understand that the current total world consumption a day is about 86 million barrels of oil. This level of oil production has plateaued since December of 2005 and many are worried that we have begun the inevitable decline in our ability to pump oil at these rates.

This would all be just an interesting academic discussion if it weren't for the fact that 35 billion dollars was just sucked out of our economy due to the increase in fuel prices as we were heading into the Christmas holiday. Money spent on fuel is not money spent on the holiday. A recent poll by by Gfk Roper Public Affairs and Media reports that 27 million Americans will need to borrow money to pay their fuel bills this winter, 20 million of them will use credit cards to pay for heat to stay warm. This comes at a time when utility companies are expanding the payment options for households and for many this includes credit cards.

As we look forward, a prudent person would understand that we are facing several enormous dilemmas. First of all, the world must drastically reduce the amount of carbon we are releasing into the air. An increasing reliance on the internal combustion engine will obviously seal our fate. If we were to develop an alternative car right now that does not emit carbon it would take years to replace the current stock of vehicles. The average car stays on the road for 7 years. The hundreds of millions of vehicles on the road right now will be with us for years to come. As China and India add to their vehicle stock, it is likely that these vehicles will live out their life cycle as well.

Lastly, it is clear that if we continue to burn fossil fuels we will all be competing for a dwindling supply. The laws of economics tell us that prices will increase as demand outstrips supply. The future appears stark. The implications for increased military conflict to secure our energy future has already begun and will worsen as supply tightens.

Answer 4

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