查询词典 superfluid

It liquefies at about ten degrees Fahrenheit above absolute zero, and turns superfluid six degrees colder.

它会液化当温度比绝对零度高大约10度，然后再冷6°，它就会转化成超流体。

For example Helium, which we typically engage in its gaseous form. It liquefies at about ten degrees Fahrenheit above absolute zero, and turns superfluid six degrees colder.

例如氦一般以气态方式存在，到了比绝对零度高10度的时候才液化，但那已经比&超流&高了6度了。

For example Helium, which we typically engage in its gaseous form. It liquefies at about ten degrees Fahrenheit above absolute zero, and turns superfluid six degrees colder.

用氦举例，我们通常利用的都氦的气态方式，它的液态方式只比绝对零度高华氏10度，如里再低六度，它就会转化为超流体。

For example Helium, which we typically engage in its gaseous form. It liquefies at about ten degrees Fahrenheit above absolute zero, and turns superfluid six degrees colder.

例如氦，能够在大约比绝对零度高华氏十度以上保持液态状态，当温度再降低十度它将转变成超流体状态。

In this lecture, the study content of nonlinear atom optics and their experimental results and recent progress are introduced in some detail, which includes atomic solitons, four-wave mixing, slow light group-velocity and superluminal light, superfluid and vortex, Josephson effect and phase-coherent amplification of atomic matter waves, and so on

文章重点介绍了非线性原子光学的研究内容、实验结果及其最新进展，主要包括原子孤子、原子物质波中的四波混频、光速减慢与负群速现象、超流及涡流、Josephson效应和物质波的相位相干放大等。

We show the Josephson effect and MST phenomenon in different superfluid regimes of BCS-BEC crossover,give the relation between the coupling strength and the oscillation of particle number,and predict the range of the system parameters for guiding an experiment.

我们详细讨论了约瑟夫森效应和宏观自囚禁现象在BCS-BEC渡越的各种超流区域中的行为，给出了两团原子气体之间的耦合强度与粒子数振荡和自囚禁等效应之间的相互关系，预言了有关实验现象并给出了产生这些现象的系统参数范围。

Finally it offers the analysis of the fault-tolerance system as well as its test verification.

这样，运行于空间环境中的系统的设计目标就是在保证系统实时性

However, it is still difficult to find out the real reason of the increase of the keratinized gingiva during the orthodontic extrusion whether it is due to the proliferation of the gingival tissue or to its elastic nature, that is because the proliferation of the fibroblasts as well as the connective tissue changes in volume and the intra-fibers spaces were all immeasurable in most of the studies.

然而，仍然难以找到真正的原因增加的角化牙龈在正畸挤压它是否是由于扩散的牙龈组织或其弹性性质，这是因为增殖的成纤维细胞以及作为结缔组织的变化量和内部纤维空格都是不可估量的，大多数的研究。