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1·Properties of the Surface Electron ripplon System on Films of Liquid Helium;

研究了磁场中液氦薄膜表面电子与涟波子强耦合和弱耦合的性质。

2·Liquid helium is most frequently provided to customers in a liquid container.

液氦主要是存储在液体容器中提供给用户。

3·Liquid helium ISO tanks may be removed from the trailer chassis for overseas shipments.

对于海外运输，液氦IS O罐可以从拖车底座上移动下来。

4·However, materials must be suitable for use at the extremely low temperatures of liquid helium.

材料必须适用于液态氦的极低的温度。

5·The remaining 114 tons of liquid helium in the collider was unaffected by the leak, said Gillies.

吉利斯说，对撞机中的其余114吨液态氦没有受到这次泄漏的影响。

6·Electrons on the outer surface of liquid helium form a nearly ideal two-dimensional electron system.

液氦外表面上的电子层构成一个近理想二维电子系统。

7·J - t loop is precooled by two - stage pulse tube cryocooler in order to obtain liquid helium temperature.

系统设计用两级脉冲管制冷机预冷小型节流制冷机以获得液氦温区环境。

8·Liquid helium cools infrared detectors, nuclear reactors, and the superconducting magnets used in MRI machines, too.

液氦也用来冷却红外线探测器，核反应堆，以及核磁共振成像器械的超导磁体等。

9·Unfortunately, I couldn't get liquid helium delivered to my garage to finish the device, Flynn says jokingly.

“不幸的是，我在车库里无法获得完成这一设施所需的液体氦，”弗林开玩笑说。

10·The experiments were made possible by a novel, one-layer ion trap cooled to minus 269 C (minus 452 F) with a liquid helium bath.

实验利用了一种单层离子势阱，并将其浸在液氦浴中冷却到零下269摄氏度。

液氦

1·Liquid helium cools infrared detectors, nuclear reactors, and the superconducting magnets used in MRI machines, too.

液氦也用来冷却红外线探测器，核反应堆，以及核磁共振成像器械的超导磁体等。

2·The experiments were made possible by a novel, one-layer ion trap cooled to minus 269 C (minus 452 F) with a liquid helium bath.

实验利用了一种单层离子势阱，并将其浸在液氦浴中冷却到零下269摄氏度。

3·Liquid helium has the potential to solidify air, which can block pressure-relief devices and other container openings. This can result in pressure buildup that may rupture the container.

液氦有凝固空气的潜力，这会阻塞减压装置和其它的容器开口，导致可以使容器破裂的压力积累。

4·Liquid helium ISO tanks may be removed from the trailer chassis for overseas shipments.

对于海外运输，液氦IS O罐可以从拖车底座上移动下来。

5·It turns out that it is a reasonable method to calculate the homogeneous nucleation rate of superheated liquid helium with the energy fluctuation theory.

结果表明，用能量涨落理论来计算过热液氦的均匀核化速率是一种比较合理的方法。