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superconducting structure
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  超导结构
     (4) Through electron diffraction, it was determined the films of YBa2Cu4O8 superconducting structure had been prepared using YSZ as buffer layers.
     (4)电子衍射表明YSZ作缓冲层制得的薄膜中具有YBa_2Cu_4O_8超导结构
短句来源
     Electron diffraction showed that YBCO thin film on YSZ film buffer layer had YBa_2Cu_3O_8 superconducting structure.
     由电子衍射表明,以YSZ为缓冲层制得的YBCO薄膜具有YBa_2Cu_3O_8超导结构
短句来源
     A new method of preparing superconducting PdCu alloy is ion-implanting Cu into Pd and subsequent electrolysis at room temperature, then hydrogen implanting at liquid nitrogen temperature. Thus we obtain the superconducting structure H/Pd55Cu_(45)=0.7, which has the highest transition temperature of 17 K.
     制造超导体钯铜合金的新方法是把铜注入钯,然后在室温下电解,将Pd-Cu合金再在液氮温度下注入氢,这样所得到的超导结构H/Pd_(55)Cu_(45)≈0.7可以达到最高的超导临界温度为17K。
短句来源
  相似匹配句对
     The structure of P.C.
     大跨度预应力混凝土斜拉桥(简称P.C.斜拉桥)结构不仅经济、美观,而且可以采用悬臂浇筑方法施工、使这一桥型得以迅速推广。
短句来源
     The structure of C.
     剖析C.
短句来源
     THE BEHAVIOR OF SUPERCONDUCTING MAGNETS WITH DIFFERENT STRUCTURE
     不同结构超导磁体的性能
短句来源
     Superconducting Critical Temperatures of Compounds with Nacl Structure
     具有NaCl型结构的化合物的超导临界温度
短句来源
     THE SUPERCONDUCTING TRANSISTOR
     超导晶体管
短句来源
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  superconducting structure
Bragg interaction of surface magnetostatic waves with a periodic granular high-temperature superconducting structure is studied.
      
Bragg Interaction of Surface Magnetostatic Waves with a Periodic Granular High-Temperature Superconducting Structure
      
A superconducting structure which arises in a superconducting film under a strong injection of a current through a tunnel junction is considered.
      
Measurements have been made of the ac response of the Notarys-Mercereau thin-film, weakly superconducting structure.
      
The superconducting structure series A'mA″n-mBnO3n-ε
      
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A new method of preparing superconducting PdCu alloy is ion-implanting Cu into Pd and subsequent electrolysis at room temperature, then hydrogen implanting at liquid nitrogen temperature. Thus we obtain the superconducting structure H/Pd55Cu_(45)=0.7, which has the highest transition temperature of 17 K. The paper also gives some results of the distribution of hydrogen in the alloy and its effects on superconducting transition temperature, as well as experimental conditions, so that it provides some...

A new method of preparing superconducting PdCu alloy is ion-implanting Cu into Pd and subsequent electrolysis at room temperature, then hydrogen implanting at liquid nitrogen temperature. Thus we obtain the superconducting structure H/Pd55Cu_(45)=0.7, which has the highest transition temperature of 17 K. The paper also gives some results of the distribution of hydrogen in the alloy and its effects on superconducting transition temperature, as well as experimental conditions, so that it provides some interesting informations about the investigation of the new method in preparing them.

制造超导体钯铜合金的新方法是把铜注入钯,然后在室温下电解,将Pd-Cu合金再在液氮温度下注入氢,这样所得到的超导结构H/Pd_(55)Cu_(45)≈0.7可以达到最高的超导临界温度为17K。由于氢的浓度对该系统超导性的存在是关键,因此,我们仍用~(15)N的共振核反应法研究这类合金中氢分布及其对超导临界温度的影响和作用。从而对探索这类超导体新方法提供有意义的信息。

XPS was used to study the chemical states of the elements at the surface and bulk phases of a series of high T_c YBCOF superconductors fabricated by solid state reaction of Y_2O_3, BaGO_3 or BaO_2, CuO and NH_4F as well as the changes of the surface and bulk species. The photoelectron peaks of the each element with the different chemical states at the surface and bulk phases of the superconductors were identified in terms of the binding energy differences between the two kinds of the different elements in the...

XPS was used to study the chemical states of the elements at the surface and bulk phases of a series of high T_c YBCOF superconductors fabricated by solid state reaction of Y_2O_3, BaGO_3 or BaO_2, CuO and NH_4F as well as the changes of the surface and bulk species. The photoelectron peaks of the each element with the different chemical states at the surface and bulk phases of the superconductors were identified in terms of the binding energy differences between the two kinds of the different elements in the same compound and some of results from additional experimental works. Moreover, the possible origin of each peak and the position and function of the atom correspon ding to the peak in the superconducting structure were discussed.

以NH_4F作为F~-源,制备了一系列不同含F量的高T_cYBa_2Cu_3O(_7-x)F_v超导体,在名义F含量小于1.5mol范围内,其T_c值均比与之对照的不含F样品高2~6K.用XPS研究了这类含F材料表面和体相的化学态及其变化,根据同种化合物中不同元素间的结合能差和其它辅助实验结果,标识了每个元素不同化学态的光电子峰,并对各个峰的可能来源及其对应原子在结构中的位置和作用进行了讨论.结果揭示,表面和体相的化学态存在着较大差异.

 
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