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（国家开放大学 人文英语1）
Reading comprehension./ Read the passage and choose the best answer for each item.
Researchers at Stanford University have developed a new material that can move heat out ofbuildings and into space. The material can cool buildings even on hot days.The cooling material is a very thin sheet with many layers that could be placed on a roof likesolar panels. However, instead of turning sunlight into energy as solar panels do, the material turnsheat into infrared radiation.Shanhui Fan is an electrical engineering professor at Stanford University. He says that thepanels have a layer of material that is like sand. The panels also act like a mirror. They take heatout of buildinas and reflect the light from the sun. Both the heat and sunlight are sent 100kilometers into outer space.The panels are cool to the touch, even in the sun. Researchers say they can reduce the indoortemperature to nearly five degrees Celsius below the temperature outside.Mr. Fan says it is like having a window into space. He says the heat is sent directly into spacewithout warming the air. Buildinas in developing countries that do not have electricity or airconditioning could use the panels. In areas where one is off-grid, there is a significant potentialbenefit for storing medicine or even food. In many of these situations, being able to reduce thetemperature is important. And this would provide a way to do it.
Researchers at Stanford University have developed a new material that can move heat out ofbuildings and into space. The material can cool buildings even on hot days.the cooling material is a very thin sheet with manv lavers that could be placed on a roof likesolar panels. However, instead of turning sunlight into energy as solar panels do, the material turnsheat into infrared radiation.
Shanhui Fan is an electrical engineering professor at Stanford University. He says that thepanels have a laver of material that is like sand, The panels also act like a mirror. They take heatout of buildings and reflect the light from the sun. Both the heat and sunlight are sent 100kilometers into outer spaceThe panels are cool to the touch, even in the sun, Researchers say they can reduce the indoortemperature to nearly five degrees Celsius below the temperature outside.Mr. Fan savs it is like having a window into space. He says the heat is sent directly into spacewithout warming the air. Buildings in developing countries that do not have electricity or airconditionina could use the panels, n areas where one is off-arid. there is a sianificant potentialbenefit for storing medicine or even food. ln many of these situations, being able to reduce thetemperature is important. And this would provide a way to do it.The Stanford researchers described their technolodv in the science publication Nature. Thevsay the main problem is creating actual cooling systems using the high-tech panels. lt may bepossible to develop a cooling spray technology in the next three to five years that could be used onexisting solid structures.
A new material developed by researchers at Stanford University can
[单选题]
A new material developed by researchers at Stanford University can
A.take out the heat to keep the building safeabsorb heat to keep the buildina warmmove out heat to keep the building cool
[单选题]3.
[单选题]4.
5.[单选题]
6.[单选题]
Which of the following statement about the cooling material is CORRECT?A.The cooling material turns sunlight into energy.B.The cooling material changes heat to infrared radiation.oThe cooling material works the same way as solar panels.
In the sun.the panels can becometo touch
3neither too cold nor too hotBtoo hottoo coldc
In areas where there is no electricity, the panels have the potential to
B
cook food and boil water.store medicine and even foodkeep people warm.
The Stanford researchers present their technology
A on the Internet
Bin a TV program
Cin a science journal
Researchers at Stanford University have developed a new material that can move heat out ofbuildings and into space. The material can cool buildings even on hot days.The cooling material is a very thin sheet with many layers that could be placed on a roof likesolar panels. However, instead of turning sunlight into energy as solar panels do, the material turnsheat into infrared radiation.Shanhui Fan is an electrical engineering professor at Stanford University. He says that thepanels have a layer of material that is like sand. The panels also act like a mirror. They take heatout of buildinas and reflect the light from the sun. Both the heat and sunlight are sent 100kilometers into outer space.The panels are cool to the touch, even in the sun. Researchers say they can reduce the indoortemperature to nearly five degrees Celsius below the temperature outside.Mr. Fan says it is like having a window into space. He says the heat is sent directly into spacewithout warming the air. Buildinas in developing countries that do not have electricity or airconditioning could use the panels. In areas where one is off-grid, there is a significant potentialbenefit for storing medicine or even food. In many of these situations, being able to reduce thetemperature is important. And this would provide a way to do it.
Researchers at Stanford University have developed a new material that can move heat out ofbuildings and into space. The material can cool buildings even on hot days.the cooling material is a very thin sheet with manv lavers that could be placed on a roof likesolar panels. However, instead of turning sunlight into energy as solar panels do, the material turnsheat into infrared radiation.
Shanhui Fan is an electrical engineering professor at Stanford University. He says that thepanels have a laver of material that is like sand, The panels also act like a mirror. They take heatout of buildings and reflect the light from the sun. Both the heat and sunlight are sent 100kilometers into outer spaceThe panels are cool to the touch, even in the sun, Researchers say they can reduce the indoortemperature to nearly five degrees Celsius below the temperature outside.Mr. Fan savs it is like having a window into space. He says the heat is sent directly into spacewithout warming the air. Buildings in developing countries that do not have electricity or airconditionina could use the panels, n areas where one is off-arid. there is a sianificant potentialbenefit for storing medicine or even food. ln many of these situations, being able to reduce thetemperature is important. And this would provide a way to do it.The Stanford researchers described their technolodv in the science publication Nature. Thevsay the main problem is creating actual cooling systems using the high-tech panels. lt may bepossible to develop a cooling spray technology in the next three to five years that could be used onexisting solid structures.
A new material developed by researchers at Stanford University can
[单选题]
A new material developed by researchers at Stanford University can
A.take out the heat to keep the building safeabsorb heat to keep the buildina warmmove out heat to keep the building cool
[单选题]3.
[单选题]4.
5.[单选题]
6.[单选题]
Which of the following statement about the cooling material is CORRECT?A.The cooling material turns sunlight into energy.B.The cooling material changes heat to infrared radiation.oThe cooling material works the same way as solar panels.
In the sun.the panels can becometo touch
3neither too cold nor too hotBtoo hottoo coldc
In areas where there is no electricity, the panels have the potential to
B
cook food and boil water.store medicine and even foodkeep people warm.
The Stanford researchers present their technology
A on the Internet
Bin a TV program
Cin a science journal
参考答案