超导的

The results indicate that a superconducting multilayer helicoidal conductor structure demonstrates much greater sk...

结果表明，对多层螺旋导体结构的超导电缆，影响其输运电流在各导体层分布的主要因素是邻近效应。

The average valence of copper in high temperature superconductor was determined by double iodometric titration,then oxygen content also can be calculated.

双碘滴定法是通过定高温超导氧化物中铜的平均价态，计算出氧化物中氧含量的一种方法。

The transportproperties in mixed state were also measured,it was found that the activation energy waslinear dependent on temperature and logarithmically dependent on magnetic field.

研究了这些超导薄膜的混合态输运性质，发现其磁通运动的激活能与温度呈线性变化关系，对磁场呈对数变化关系。

FeSi nanoparticles were synthesized via thermal decomposition of iron pentacarbonyl in the solution of dioctyl ether, stabilizers oleic acid and oleylamine. The TEM images showed that FeSi nanoparticles had cubic shape, but it seemed that the composition was not uniform. According to the EDS results, the Fe:Si ratio of gray-uniform nanopaiticles was almost 1:1, and blacker FeSi nanoparticles contained more Fe atoms. Although FeSi didn't have uniform structure, it still could be proved that the incorporation of Fe and Si existed in a single nanoparticle. All possible structure, lattice, binding, morphology, surface condition would be discussed. These results indicated that perhaps FeSi2 was the main structure of the new products; however, due to incompletely combination and less synthesized time, it might still contain some part of Si and Fe structure. Besides, FeSi nanoparticles preserved the optical properties from Si atoms, but the PL intensity was much lower. The maxima PL peak appeared at 388 nm with the excitation at 300 nm. Their saturation magnetization, remanent magnetization and coercivity were measured by the SQUID, exhibiting their nearly superparamagnetic behavior.

利用热裂解系统可成功将研磨矽奈米粒子及五羰铁结合，制备出铁矽奈米粒子；从穿透式显微镜照片可知其粒子呈现立方体型态，但颜色深浅及组成不均，EDS结果则显示颜色均匀之粒子铁与矽之组成大致为1：1，颜色较深之粒子则含有较高量的铁元素；尽管组成比例并不统一，但单颗粒子同时含有矽与铁两种元素，初步说明铁矽奈米粒子之形成；进行多种结构与表面分析并探讨所有可能之键结、结构及表面元素后，推测铁矽奈米粒子可能以FeSi2之结构形成，并同时包含未重组完成的矽及铁之结构；利用PL分析得知铁矽奈米粒子确实保留矽之放光特性，并在300 nm激发光源下，於波长388 nm处有一最强放光特性峰，但整体发光效益不及研磨矽奈米粒子之结果；最后，利用超导量子干涉磁化仪量测其饱和磁化量、残留磁化量、与矫顽磁力，发现磁滞现象并不明显而几乎呈超顺磁性。

The superconductive technology of the high temperature is more and more widely used because of its extensive superiority .

高温超导技术由于其广泛的优越性而越来越得到广泛的应用。

The superconductive technology of the high temperature is more and more widely used because of its extensive superiority .

摘要高温超导技术由于其广泛的优越性而越来越得到广泛的应用。

The new utilization of the high temperature superconductive material in Air seperation industry is of very important meaning.

作为高温超导材料一种新的应用在空气分离工业中是有重要意义的。

5T superconductive MRI cooling system , And we discuss the key points and necessity of its daily maintenance.

5T超导磁共振制冷系统的组成和工作原理，讨论日常维护的要点及其必要性。

Especially,the High Temperature Superconductive film is widely used in electronic field,as its manufacture technology improved continuously.

特别是随着高温超导薄膜制备技术的不断提高，使其在电子信息领域中得到非常好的应用。

Methods To analyses the MRE features of 45 NPC patients proved by pathology, and to scan nasopharynx with 1.0 T superconductive MRI system.

分析45例经病理证实的鼻咽癌者的MRI表现。采用Siemens公司Impact型超导磁共振成像仪行鼻咽部MRI扫描。

What would he tell Judith and the children?

他将怎样告诉朱迪丝和孩子们呢？

I this is at that time, the opinion with peacockish true girl is full of in a heart.

这就是当时的我，一个心中布满虚荣的女孩子真实的想法。