第二篇

Archive Gallery: The Best of Bionics(仿生學(xué))

Humans might be the most highly-evolved species on the planet, but most animals possess skills we can only dream of having. Imagine how much electricity we could save if we could see in the dark the way cats do. Imagine leaping from tree to tree like a monkey. Giraffes(長(zhǎng)頸鹿), which are otherwise calm and good-natured, sleep only 4.6 hours a day.

We realized a long, long time ago that nature provides the best blueprint(藍(lán)圖)for invention. We've borrowed canals from beavers(河貍)and reflectors from cat's eyes. Although the words "bionics" became popular only after the 1960s, history shows that nature has always provided ideas on solving everyday problems. Our archives（檔案）don't go back to the time of Leonardo da Vinci and his bird-like flying machines, but we can take you to the late 19th century, where we applied those same principles for building our first practical airplanes.

To prepare for their flight at Kitty Hawk, the Wright brothers studied the movements of pigeons to figure out how they stayed high up when they were heavier than air. Their success inspired scores of successors to improve on the airplane by studying various aspects of nature. One of Orville Wright's pupils caught and stuffed seagulls to examine their wingspan. Meanwhile, two French inventors examined spinning sycamore(梧桐) seeds in an effort to apply those same motions, reversed, to a helicopter.

Some examples are more obvious than others. The outside of the airplane designed by the Wright brothers looks like a minimalistic (簡(jiǎn)單抽象藝術(shù)) structure. On the other hand, Barney Connett's fish submarine (潛水艇) actually looks like a fish.

Some bio-inspired concepts have yet to be invented. In the 1960s, the US Army commissioned several university professors to conduct research on the motor skills animals in hope of applying those same abilities to tanks. Tanks that run like horses or jump like grasshoppers(螞蚱)-sounds shocking, doesn't it? But imagine how life would change if we could achieve that.

36. "cats","monkeys" and "giraffes" mentioned in paragraph 1 are examples to illustrate

A. they are highly-evolved species as humans.

B. humans can learn animals'skills.

C. they are skillful in different ways.

D. animals have skills that humans do not possess.

37. Which of the following can be found in the archive gallery?

A. History books.

B. The Wright brothers'sculpture.

C. First practical airplanes built in the late 19th century.

D. Leonardo da vinci's bird-like flying machines.

38. What happened after the Wright brothers'success?

A. People carried out a systematic study on pigeons.

B. People studied more animals and plants to develop the airplane.

C. People cound fly their airplane for fun.

D. People kept their airplane at a French gallery.

39. Which of the following in true about the research carried out by the US Army?

A. It has changed our life.

B. It has cost a large sum of money.

C. It has improved the abilities of tanks.

D. It has not succeeded yet.

40. What does the writer want to tell in the passage?

A. Many inventions get ideas from nature.

B. Some animals possess unique skills.

C. People should protect nature.

D. Bionics is far from perfect.

36  A  根據(jù)第一段第一句：...but most animals possess skills we can only dream of having．

37  D  根據(jù)第二段最后一句。A和B沒(méi)有提到。C的敘述恰好與原文相反。

38  C  根據(jù)第三段最后兩句：一個(gè)例子是對(duì)海鷗的研究，另一個(gè)例子是對(duì)梧桐樹(shù)種子的研究。

39  B  最后一段第一句yet to be invented和最后一句中if we could achieve that都說(shuō)明了該研究還沒(méi)有成功。A和D顯然不對(duì)，C則沒(méi)有提及。

40  B   A只涉及第一段；C根本沒(méi)有提及；D只涉及最后一段。整篇文章都在論述人類從自然中所獲靈感，進(jìn)而產(chǎn)生了新發(fā)明

（責(zé)任編輯：vstara）

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