...子(subatomic particle)加速到接近光速。而当温度降至绝对温度2.19度,甚至是更低时,液态氦会失去黏度而变成超流体(superfluid),超流体的特性非常神奇,能够沿着玻璃烧杯往上流。
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superfluid helium [低温] 超流氦
superfluid gyroscope 超流体陀螺 ; 超流回转仪
superfluid water 超流体水
superfluid model 超流体模型
superfluid density 超流体密度
relativistic superfluid 相对论性超流
superfluid state 超流态
N a fluid in a state characterized by a very low viscosity, high thermal conductivity, high capillarity, etc. The only known example is that of liquid helium at temperatures close to absolute zero 超流体 [physics]
ADJ being or relating to a superfluid 超流体的
One of the astonishing properties of this superfluid is that it flows uphill.
这种超流体的一个令人惊讶的性质是它向上流动。
Meanwhile, the cooling system that circulates superfluid helium around the LHC's accelerator ring keeps the machine at minus 271.3 degrees Celsius (minus 456.34 degrees Fahrenheit).
与此同时,冷却系统使环超流氦沿对撞机的加速环循环,使其温度保持在零下271.3摄氏度(零下456.34华氏度)。
It's the first known superfluid, a fluid that has many interesting properties, including absolutely no viscosity, and it will never come to rest or lose energy once you start it in motion!
它是人类知道的第一种超流体——这种液体有一些很有趣的特性,包括完全没有粘滞性,一旦你让它动起来,便永无歇止,并且不会损失能量。
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