组卷网 > 高中英语综合库 > 主题 > 人与社会 > 科普与现代技术 > 发明与创造
题型:阅读理解-阅读单选 难度:0.65 引用次数:13 题号:20029828

Inventor James West was born in 1931 in Virginia. As a child, he spent lots of time studying how things worked and enjoyed taking apart small machines. “If I had some tools, any small machines that could be opened were in danger,” West said. “I had a strong desire to know what was inside.”

After an accident with a radio, West paid special attention to electricity. But his parents were concerned about the future job for an African-American scientist. They preferred him to become a doctor. However, West headed to Temple University in 1953 to study physics. Because of his school performance in physics, he managed to get training during the summer at Nokia Bell Labs, a world-known American industrial research and scientific development company. He received a college degree in physics in 1957, and upon graduation, he became a worker at Nokia Bell Labs.

In 1960, while at Bell, West teamed up with scientist Sessler to develop a less expensive, more powerful and smaller microphone (麦克风), In 1962, they finished the development on the product. Their invention became the industry standard. And even today, 90 percent of microphones -- for example, found in telephones, tape recorders, baby monitors and hearing aids -- are based on their technology.

West was chosen as Inventor of the Year by the state of New Jersey and president of the Acoustical Society of America. And both West and Sessler were chosen into the National Inventors Hall of Fame.

West left Bell in 2001. After some interviews with several universities, he chose the Johns Hopkins University and became a research professor at its Whiting School of Engineering. “I discovered that Johns Hopkins was a lot like Bell Labs, where the doors were always open and we were free to work with researchers in other areas,” he said. “I like the fact that I won’t be locked into one small closed room here.”

1. Being a child, James West often liked ___________.
A.collecting various tools
B.working hard at schoolwork
C.helping repair household machines
D.studying the operation and structures of machines
2. What can we know about West from Paragraph 2?
A.His university was famous for its physics teaching.
B.His good performance made him get a promising job.
C.He gave up the chance to turn his interest into his major.
D.He hardly got his parents’ support for his further education.
3. Paragraph 3 shows West and Sessler’s invention _________.
A.went through plenty of difficulties
B.was unpopular in the market at first
C.was inspired by some electronic products
D.prepared useful technology for many modern machines
4. Why did West prefer the Johns Hopkins University?
A.It held lots of outdoor activities.
B.It had a close connection with Bell Labs.
C.It had good working atmosphere for teamwork.
D.It was rich in teaching resources and advanced technology.

相似题推荐

阅读理解-阅读单选(约400词) | 适中 (0.65)
文章大意:本文是一篇说明文。文章主要介绍了日本RIKEN Guardian机器人项目的研究人员制造了一个名为Nikola的机器人孩子,它可以成功传达六种基本情绪。这是第一次针对这六种情绪测试来验证机器人表达情绪的能力。

【推荐1】Researchers from the RIKEN Guardian Robot Project in Japan have created an android (机器人) child that can convey six basic emotions. The name of the android is Nikola, and the research behind its development tested how well people could identify the six facial expressions of sadness, happiness, fear, anger, surprise, and disgust.

The emotions were generated by “muscles” that could move in Nikola’s face, and it was the first time that the quality of android-expressed emotion had been tested and verified for the specific emotions. Nikola’s face contains 29 pneumatic actuators(气动阀) that control the movements of artificial muscles. Six additional actuators control head and eyeball movements. Because pneumatic actuators are controlled by air pressure, the movements are smooth and silent. The actuators were based on the Facial Action Coding System(FACS), which is often used to study facial expressions.

Traditional studies of emotions, as well as how people react to them, often face several limitations. Typically, studies of emotions, particularly how people react to emotions, have a problem. It is difficult to do a properly controlled experiment with live people interacting, but at the same time, looking at photos or videos of people is less natural, and reactions aren’t the same. “The hope is that with androids like Nlikola, we can have our cake and eat it too,” says Sato. “We can control every aspect of Niikola’s behavior, and at the same time study live interactions.”

To achieve this, the team had to first see if Nikola’s facial expressions were understandable. The result showed that a person certified in FACS scoring was able to identify each facial action unit, which meant that Nikola’s facial movements accurately resembled a real human’s. It also demonstrated that everyday people could recognize the six emotions in Nikola’s face. With that said, some emotions like disgust proved more difficult to identify due to Nikola’s silicone skin being less elastic(弹性的)than real human skin. This meant that the android couldn’t form wrinkles very well.

“Androids that can emotionally communicate with us will be useful in a wide range of real-life situations, such as caring for older people, and can promote human well being,” says Sato.

1. What do we know about Nikola’s emotional changes?
A.They take place with strange noises.
B.They are conducted through air pressure.
C.They are controlled by 29 pneumatic actuators.
D.They are limited to head and eyeball movements.
2. What does Sato mean by saying the underlined words in Paragraph 3?
A.We can celebrate our success by eating cakes.
B.We can have interactions with Nikola naturally.
C.We can study Nikola’s photos or videos very easily.
D.We can do a controlled experiment with live interactions.
3. What does Nikola need improving according to Paragraph 4?
A.Its muscles.B.Its actuators.
C.Its skin material.D.Its scoring system.
4. What can be the best title for the text?
A.Will robots ever have emotions?
B.Nikola: a new near-human machine
C.How can we read robots’ facial expressions?
D.Android kid successfully conveys basic emotions
2022-11-27更新 | 57次组卷
阅读理解-阅读单选(约350词) | 适中 (0.65)
名校

【推荐2】Over the past 10 years, developments in technology have moved the dream of personal fling vehicles closer to reality. The British company Malloy Aeronautics has developed a model of its flying bicycle. The company says its Hoverbike will be a truly personal flying vehicle.

The company’s marketing sales director Grant Stapleton says the Hoverbike is able to get in and out of small spaces very quickly and can be moved across continents very quickly because it can be folded and packed.

Safety was the company’s main concern when developing the Hoverbike. The designers solved this problem by using overlapping rotors(重叠旋翼) to power the vehicle. With adducted rotors(内转旋翼) the rider immediately not only protects people and belongings if he were to hit them, but if the rider ever were to crash into somebody or something, it’s going to bring the flying vehicle out of the air. The company is testing two models of the Hoverbike.

In New Zealand, the Martin Aircraft Company is also testing a full-size model of its personal flying device, called Jetpack. It can fly for more than 30 minutes, up to 1,000 meters high and reach a speed of 74 kilometers per hour.

Peter Coker, one officer from the company said Jetpack “is built around safety from the start.” In his words, “Reliability(可靠性) is the most important part of it. We have safety built into the actual structure itself, very similar to a Formula One racing car.”

Jetpack uses a petrol-powered engine. It also has a parachute(降落伞) that can be used if there should be an emergency(突发事件). It opens at very low altitude(纬度) and actually saves both the flying vehicle and the pilot in an emergency.

Mr. Coker says Jetpack will be ready for sale to the public by the end of 2019. He adds it’ll have a price of about $200,000.

1. According to the text, the Hoverbike         .
A.is ready for saleB.is difficult to control
C.is easy to carryD.is popular in England
2. What is Paragraph 3 mainly about?
A.How the Hoverbike flies.B.How models of the Hoverbike were tested.
C.How the Hoverbike was powered.D.How the designers solved the Hoverbike’s problem of safety.
3. The underlined word “It” in the sixth paragraph refers to         .
A.the petrol-powered engineB.the parachute
C.the vehicleD.the overlapping rotor
4. Peter Coker attaches great importance to Jetpack’s         .
A.safetyB.speed
C.marketD.power
2019-01-17更新 | 40次组卷
阅读理解-阅读单选(约290词) | 适中 (0.65)

【推荐3】Can you imagine having flexible computer screens and mobile phones which change shape to tell you when you have a new message? It sounds like a crazy idea, but in fact it’s already been invented!

A model called MorePhone has been created by scientists at the Human Media Lab in Canada. It’s based on flexible plastic technology developed in Cambridge in the UK by an organization called Plastic Logic.

The flexible screens can be any size, and are easy to read in direct sunlight. They can be black and white or colorful and are very thin and light. Rachel Lichten, who works at Plastic Logic, says you can even jump on them. Besides, it wastes very little electric energy, so there is no need for large batteries, and this makes them easier to carry around. Lichten says this technology could be used for heart monitoring, smart-watches, second screens for mobile phones, but there are many tests to be done before it is used for medical devices planted in human body.

Plastic Logic has spent 13 years developing this new technology. Their challenge now is to think of new ways to use it. Lichten, says it is always the same with new technologies. She says “bringing new technology to the market is a challenge, especially because it is revolutionary. However, for the next generation of products, you have to know what the next generation of products will be. Working with mobile phones or laptops that can roll up like a piece of paper could turn hardware into flexible one.”

1. How will the phone inform you of a new message in the future?
A.By ringing you.B.By playing music.
C.By changing shape.D.By displaying picture.
2. What is the advantage of the flexible screen?
A.It’s portable.B.It’s fragile.
C.It has a single color.D.It has no battery.
3. Which device may probably use the flexible screen?
A.Electric toys.B.Smart-watches.
C.Plastic buttons.D.Mobile phones’ first screens.
4. What is the challenge for the Plastic Logic now?
A.The revolutionary concept.
B.Spending many years on the technology.
C.Uncertainty of what the products will be like.
D.Promoting the new technology in the market.
2019-10-11更新 | 107次组卷
共计 平均难度:一般