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题型:阅读理解-阅读单选 难度:0.65 引用次数:114 题号:19100013

If you’ve ever eaten a free doughnut (甜甜圈) on the first Friday in June, you’ve celebrated the Doughnut Lassies- whether you realized it or not, National Doughnut Day was established to honor the Salvation Army volunteers who fried sugary snacks for World War I soldiers on the front line.

When the US entered World War I in 1917, the Salvation Army, a charity organization, sent about 250 volunteers (who were mostly women) to France, where the American army was stationed. The plan was to bring treats and supplies as close to the front line as possible. But the closer the volunteers got to the action, the fewer resources they could access.

Margaret Sheldon and Helen Purviance were credited with bringing doughnuts to the Wester Front. They had a handful of ingredients, including flour, sugar, animal fats, baking powder and canned milk. Doughnuts were one of the few sweet foods they could make without an oven, and once they had a fire hot enough to heat the oil, they could fry them up fast. The women had the pan to cook them in, but for other parts, they had to get creative. For example, grape juice bottles became rolling pins (擀面杖) when necessary.

Sheldon and Purviance’s pan could fit seven doughnuts at a time, and on day one, they made just 150 doughnuts for the group of 800 men. The soldiers even fought over a doughnut. Then they made some changes to their operation, and eventually made 5,000 doughnuts a day. The snacks were so popular that the volunteers earned the nickname “ Doughnut Lassies”, while the soldiers they served were nicknamed “Doughboys”.

The Doughnut Lassies’ impact didn’t end with World War I. The American soldiers’ experiences overseas made doughnuts a commonly eaten food for them back home.

1. What is the purpose of the Salvation Army in sending the volunteers?
A.To learn about life on the front line.
B.To provide French soldiers with food.
C.To bring food and supplies to the front line.
D.To increase the number of soldiers on the front line.
2. Why did the volunteers decide to make doughnuts rather than other foods?
A.Soldiers preferred doughnuts.
B.They were best at making doughnuts.
C.Doughnuts were their best choice then.
D.Doughnuts allowed them to be creative.
3. How did Sheldon and Purviance probably react on day one?
A.They were hopeless.
B.They were confused.
C.They became a bit angry.
D.They were greatly encouraged.
4. What can be inferred from the last paragraph?
A.Doughnuts were more popular out of the US.
B.The American soldiers got tired of doughnuts.
C.The Doughnut Lassies’ impact didn’t last long.
D.Doughnuts became popular in the US after the war.

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【推荐1】Plants need sunlight for photosynthesis (光合作用), the process of absorbing energy from light to create their own food from carbon dioxide and water. That’s why plants grow and thrive in the warmer months when there is more daylight and are dormant in the colder months.

But this process isn’t particularly efficient and only one percent of the energy contained in sunlight actually ends up in the plant, according to a news release from the University of California, Riverside. Now scientists at the university have found a way to bypass the need for natural photosynthesis and to create food by using artificial photosynthesis. This allows plants to grow in complete darkness. “With our approach we sought to identify a new way of producing food that could break through the limits normally imposed by biological photosynthesis,” corresponding author Robert Jinkerson, a UCR assistant professor of chemical and environmental engineering said in the news release.

The researchers devoted to artificial photosynthesis used a two-step electrocatalytic (电催化) process to convent CO2, water, and electricity into acetate (醋酸盐) — the main ingredient of vinegar — that the plant organisms consumed to grow. The researchers adjusted the electrolyzer, a device that uses electricity to support the growth of food producing organisms. to come up with the highest levels of acetate ever produced by this method.

The new artificial photosynthesis method could be up to 18 times more efficient than sunlight. Experiments showed that a large range of food producing organisms could be grown using this acetate. “We were able to grow food producing organisms without any contributions from biological photosynthesis,” said Elizabeth Hann, a doctoral candidate in the Jinkerson lab and co-lead author of the study. “This technology is a more efficient method of turning solar energy into food, as compared to food production that relics on biological photosynthesis,” she said.

By eliminating the need for sunlight, he potential of this method to increase food supply in regions with less - than ideal growing conditions is almost endless, according to New Atlas.

Food will be able to be grown almost anywhere, including in space and on other planets. “Imagine someday giant vessels growing tomato plants in the dark and on Mars — how much easier would that be for future Martians?” co-author Martha Orozco-Cárdenas, director of the UCR Plant Transformation Research Center said.

While this may be years off, the potential to grow food using artificial photosynthesis has great value in feeding a hungry place where the population is growing and arable land shrinking. This new method increases the efficiency of food production using less land and minimizes the environmental impact on the planet.

1. What does the underlined word “dormant” in Paragraph 1 most probably mean?
A.Fresh.B.Resting.C.Healthy.D.Normal.
2. What is Paragraph 3 mainly about?
A.The process of artificial photosynthesis.
B.The contribution of natural photosynthesis.
C.The efficiency of sunlight on plant organisms.
D.The wide range of applications of artificial photosynthesis.
3. According to Martha Orozco-Cárdenas, artificial photosynthesis is           .
A.accurateB.dangerousC.promisingD.impractical
4. What can we learn from the passage?
A.Biological photosynthesis can help produce higher quality food.
B.Biological photosynthesis is more efficient in turning solar energy into food.
C.Using artificial photosynthesis may decrease the efficiency of food production.
D.Using artificial photosynthesis to grow food can reduce environmental influence.
2023-05-17更新 | 209次组卷
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【推荐2】Scientists have created the first lab-grown coffee, which they say “smells and tastes like the real thing”. The Finland-based researchers used a process called cellular agriculture, which includes taking out cells from a small plant or animal sample (样本). In the latest example of lab-grown options, cell samples were taken from Arabica, a popular coffee plant that makes up 56 per cent of global production. With lab-grown coffee, the researchers say that they can deal with problems facing the global coffee industry, such as a need for clearing space for coffee plants to keep up with an increasing need for the drink worldwide.

The research is being conducted at VTT Technical Research Centre based in Espoo, Finland—the country that drinks the most coffee per person. “The process uses real coffee plant cells,” Dr. Heiko Rischer, head of plant biotechnology at Finland’s VTT research center, said. “At first, a cell culture (细胞培养) is started from a plant part, for example, a leaf. The formed cells reproduced on a specific nutrient medium. In the end, the cells are transported to a bioreactor from which the biomass (生物量) is then harvested. The cells are dried and roasted then coffee can be brewed.”

The first collection produced by VTT in their laboratory smells and tastes like traditional coffee, according to the results of a “sensory analysis (感官分析)”. After drinking a cup, Dr. Rischer said, “There is a surprisingly full smell. In terms of smell and taste, our trained sensory judgement and analytical examination has found the coffee bears similarity to ordinary coffee,” he said. “The experience of drinking the very first cup was exciting. ”

The idea that coffee cells could be used to make coffee was presented back in 1974 by plant scientist P. M. Townsley. But the VTT scientists have put the theory into practice with their lab-grown brew, which they think could hit the market by 2025.

1. What might be one of the causes of creating lab-grown coffee?
A.There exists an increasing demand market of coffee.
B.People in Finland drink the most amount of coffee.
C.Dr. Heiko has been devoted to genetically engineering.
D.The idea is based on a theory proving to be practical.
2. What does the underline word “brewed” in Paragraph 2 probably mean?
A.Collected.B.Designed.C.Produced.D.Measured.
3. What can be inferred according to Dr. Rischer?
A.Lab-grown coffee are all made from leaves.
B.Lab-grown coffee can satisfy the taste of most people.
C.Lab-grown coffee makes people who drink it more excited.
D.Lab-grown coffee tastes and smells better than ordinary coffee.
4. What is the main purpose of this article?
A.To praise scientists sticking with creation.B.To present a research on man-made coffee.
C.To introduce a new kind of Arabica coffee.D.To solve coffee shortage troubling people.
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【推荐3】Few people can refuse a delicious ice cream, especially on a hot day. The only thing that stops the fun is that the treat is hard to enjoy slowly, ending up with a sticky, melted mess. Now, researchers from Colombia’s Pontifical Bolivarian University may have found an unlikely thing to help solve this age-old problem — a kind of fibre from banana plant waste.

Bananas, as you probably know, grow in groups on a tree-like plant. Each group is connected to a central rachis (叶轴), which is thrown once the fruit has been gathered. The team, which was led by Dr. Robin Zuluaga Gallego, began by abstracting /drawing out cellulose nanofibrils (CNFs) from the powdered rachis. The tasteless fiber, thousands of times smaller than the width of a human hair, was then added to 100 grams of ice cream mix.

With the right amount of CNFs mixed in, the dessert lasted longer in its frozen state than the traditional ice cream, extending the amount of time that the treat can be enjoyed. What was even more exciting was that the fibre increased the stickiness of the low-fat ice cream to levels higher than the full-fat one. Since this is what determines the frozen treat’s creaminess and taste, CNFs could help create the healthier ice cream without influencing the taste of it.

The researchers, who presented their findings at the American Chemical Society( ACS) meeting in New Orleans in March, 2018, next plan to study how different types of fat, such as coconut oil, influence the behaviour of CNFs in other frozen treats.

The Colombian researchers are not the only ones working on creating a slower-melting ice cream. In 2015, scientists at the University of Dundee in Scotland found that a natural protein called BsIA was very effective in keeping the treat frozen for longer periods of time. With both teams fighting to be the first to get to the market, the future of everyone’s favorite dessert certainly looks bright.

1. What prevents people enjoying an ice cream slowly?
A.A kind of fibre from bananas.
B.The ice cream’s quick melting.
C.The ice cream’s stickiness.
D.The fat in the ice cream.
2. Why were CNFs added to ice cream mix?
A.To improve its taste.
B.To increase its stickiness.
C.To reduce its fat content.
D.To make it melt more slowly.
3. What does the underlined word “it” in Paragraph 3 refer to?
A.The ice cream.B.The fiber.
C.The fat.D.The stickiness.
4. What can be inferred from the last paragraph?
A.BsIA is popular in the market.
B.CNFs are more useful and expensive than BsIA.
C.Ice creams with CNFs have been on sale at the market.
D.Slowly enjoying an ice cream will soon become a reality.
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