英语新闻听写 科学家来告诉你不能成为“蜘蛛侠”的原因！

Scientists Prove Spider-Man Can't Stick on Walls

科学家来告诉你不能成为“蜘蛛侠”的原因！

According to a new article in the scientific journal "Proceedings¹ of the National Academy of Sciences,

科学家在美国《国家科学院学报》上新发表的文章中称，

" Spider-Man's ability to stick and climb to walls would be impossible in the real world.

蜘蛛侠利用粘性飞檐走壁的技能是不可能存在于现实生活中的。

Explaining how "sticky" animals could help advance research in bio-adhesives,

在解释“有吸附能力”的动物如何推动生物粘合剂研究时，

a group of scientists clarified that the human body would need to be 80% covered with sticky pads in order to stick to a wall or similar surface.

文章进一步解释，人类想要像蜘蛛侠那样飞檐走壁，体表需要覆盖80%的吸附垫。

In layman's, in order for Spider-Man to effectively climb up walls with "sticky" feet,

用外行人的话来说，要想利用带“粘性”的双脚攀岩走壁，

the web-slinging superhero would need a foot one meter long and 40 centimeters wide.

那么这位“吐丝织网”的超级英雄需要一双100厘米长、40厘米宽的大脚。

Outside of the Spider-Man films, however, Spider-Man doesn't use adhesive² properties to stick onto walls.

撇开《蜘蛛侠》这一影片不说，其实蜘蛛侠飞檐走壁的技能并非依靠粘性。

In the comics, it is suggested his powers come from a natural ability to enhance the inter-atomic attractive forces on the surfaces he touches,

据原著漫画介绍，蜘蛛侠在接触物体表面时与物体内部原子互相作用后产生了吸附力，

allowing him to increase the friction³ between his body and those objects to otherwise impossible amounts.

由此增加了身体与物体间巨大的摩擦力。

That means that the study actually confirms that Spider-Man could climb up walls,

这意味着该项研究其实证明了蜘蛛侠是可以攀爬墙壁的,

given that his abilities are far stickier than the natural pads of most wall crawlers.

毕竟他的吸附能力远远高于其他的爬行类昆虫。

1 proceedings   

n.进程，过程，议程；诉讼(程序)；公报

参考例句：

• He was released on bail pending committal proceedings. 他交保获释正在候审。
• to initiate legal proceedings against sb 对某人提起诉讼

2 adhesive   

n.粘合剂；adj.可粘着的，粘性的

参考例句：

• You'll need a strong adhesive to mend that chair. 你需要一种粘性很强的东西来修理那把椅子。
• Would you give me an adhesive stamp?请给我一枚带胶邮票好吗？

3 friction   

n.摩擦，摩擦力

参考例句：

• When Joan returned to work,the friction between them increased.琼回来工作后，他们之间的摩擦加剧了。
• Friction acts on moving bodies and brings them to a stop.摩擦力作用于运动着的物体，并使其停止。