Bi-2223带材,Bi-2223 tapes
1)Bi-2223 tapesBi-2223带材
1.The tensile stress-strain characteristics of Ag and AgMn alloy-sheathedBi-2223 tapes have been studied, and the effects of sheath material, filament number and Ag/core ratio on the critical current ofBi-2223 tapes have been compared.研究了Bi-2223带材的应力-应变特征,比较了包套材料、芯丝数目和Ag/超比例对Bi-2223带材不可逆拉伸应变的影响。
2)Bi-2223/Ag tapeBi-2223/Ag带材
1.The quench propagation characteristics in HTSBi-2223/Ag tapes have been studied in this paper.测量了Bi-2223/Ag带材在有绝缘材料包裹和液氮浸泡环境下的电压变化曲线,同时利用一维热流方程模型,模拟出超导体失超传播过程中由超导态过渡到正常态的温度变化行为,同时还对传输电流和触发能量对失超传播速度的影响进行了实验研究。
2.Splicing ofBi-2223/Ag tape by soldering should be performed in a way leaving the splice with electrical properties just as good compared with un-spliced tape.本文针对Bi-2223/Ag带材接头有阻焊接展开研究,考虑大电流时超导I~V特性非线性影响,建立焊接接头电阻特性的有限元计算模型,总结出不同搭接距离和焊锡层厚度对接头电阻的影响规律,并着重分析了接头电阻对临界电流的影响,最终通过实验验证了理论分析得到的一些基本规律。
3.The influence of initial packing density on the superconducting properties ofBi-2223/Ag tape has been studied.研究了不同装管密度对Bi-2223/Ag带材(19芯)性能的影响。
3)Ag/Bi(2223) tapeAg/Bi(2223)带材
4)(Bi,Pb)-2223/Ag tape(Bi,Pb)-2223/Ag带材
5)Bi-2223/Ag superconducting tapeBi-2223/Ag超导带材
英文短句/例句
1.Scaling Behavior of AC Susceptibility of Multifilament Bi-2223/Ag Superconducting TapeBi-2223/Ag超导带材交流磁化率的标度行为研究
2.The Investigation of Enhancing Flux Pinning in Bi-2223/Ag Tapes by Replacing Cu Atoms with Fe Element;Bi-2223/Ag带Cu位Fe元素替代对磁通钉扎性能的提高
3.Study on Related Physical Properties of Bi-2223 High Temperature Superconductor in the Mixed State;Bi-2223高温超导体混合态相关物理性质研究
4.Study of preparing YBCO high temperature superconductor on silver substrates;Ag基带上制备YBCO高温超导带材的研究
5.Superconducting joint with multifilamentary superconducting BSCCO tapes by diffusion bonding直接扩散连接制备多芯Bi系超导带材超导接头
6.Diffusion bonding using powders with a high-content of 2223 phase for superconducting Bi-based tapes高2223相含量粉末扩散连接BSCCO带材
7.Regression analysis for Sn-Ag-Bi-Cu lead-free solder conductive propertiesSn-Ag-Bi-Cu无铅钎料导电性能回归分析
8.Electronic Structure of the Tl-System Superconductor;T1—2223超导体电子结构研究
9.Quench and recovery characteristics in Bi2223/Ag and YBCO HTS tapes at AC over-currentBi2223/Ag和YBCO高温超导带材在交流过电流冲击下的失超及恢复特性研究
10.Influence of Bi 2223 Superconducting Tapes Using Alloy-Sheath on the Fabrication铋系2223带材包套合金化对制备工艺的影响
11.Electromagnetic Design Research on HTS Magnets by Bi-2223/Ag Tape;Bi系高温超导磁体的电磁设计研究
12.Studies about superconductor of Y-Ba-Cu-O compound system covered with Ag or Cu;Y-Ba-Cu-O系Ag、Cu包套超导体的研制
13.Studies on Mixing Ag in the Superconductor of Y-Ba-Cu-O Compound System;Y-Ba-Cu-O系超导体Ag掺杂的研究
14.Study on the Preparation and Practicability of YBCO Superconductor Tapes;YBCO高温超导带材的制备和实用化研究
15.Study on the MgB_2 Wires and Tapes Fbricated by the Powder in Tube Method;粉末套管法制备MgB_2超导线带材的研究
16.Micro-structure Research of Bi-system Superconductors Using Analytical Electron Microscope;Bi系高温超导体的分析电子显微镜研究
17.Study on Flux Pinning in the High Critical Temperature Superconductors Y System and Bi System高T_C超导体Y系和Bi系的磁通钉扎研究
18.Simulated calculation of O atoms displacement modulation model in Bi-2212 superconductorsBi-2212超导体中氧原子位移调制的计算机模拟
相关短句/例句
Bi-2223/Ag tapeBi-2223/Ag带材
1.The quench propagation characteristics in HTSBi-2223/Ag tapes have been studied in this paper.测量了Bi-2223/Ag带材在有绝缘材料包裹和液氮浸泡环境下的电压变化曲线,同时利用一维热流方程模型,模拟出超导体失超传播过程中由超导态过渡到正常态的温度变化行为,同时还对传输电流和触发能量对失超传播速度的影响进行了实验研究。
2.Splicing ofBi-2223/Ag tape by soldering should be performed in a way leaving the splice with electrical properties just as good compared with un-spliced tape.本文针对Bi-2223/Ag带材接头有阻焊接展开研究,考虑大电流时超导I~V特性非线性影响,建立焊接接头电阻特性的有限元计算模型,总结出不同搭接距离和焊锡层厚度对接头电阻的影响规律,并着重分析了接头电阻对临界电流的影响,最终通过实验验证了理论分析得到的一些基本规律。
3.The influence of initial packing density on the superconducting properties ofBi-2223/Ag tape has been studied.研究了不同装管密度对Bi-2223/Ag带材(19芯)性能的影响。
3)Ag/Bi(2223) tapeAg/Bi(2223)带材
4)(Bi,Pb)-2223/Ag tape(Bi,Pb)-2223/Ag带材
5)Bi-2223/Ag superconducting tapeBi-2223/Ag超导带材
6)Bi (Pb)-2223/Ag tapesBi(Pb)-2223/Ag带材
延伸阅读
板带材宽厚比很大的矩形断面金属材，主要用轧制方法生产，用途极为广泛。板带材可根据需要剪裁、弯曲、冲压和焊接成各种构件和制品。高速连续式的板带轧机和宽厚板轧机的迅速发展，使板带材成本降低，质量提高，应用日益广泛。工业发达国家的板带钢产量在钢材总产量中的比重逐年增加，目前已达60％左右。用轧制方法生产的板带材中，最薄的箔材厚度仅有0.001mm,最厚的板材厚度约为300mm；宽度最窄的为1mm，最宽达5300mm。板带材除按钢种和有色金属牌号分类外，一般还按尺寸分类,钢板厚度4mm以上的称中厚板。在中国习惯上称 4～20mm厚的板材为中板，20mm以上称厚板，60mm以上称特厚板(初轧板坯除外)。而对0.1～4mm的冷轧和热轧板带，单片的称薄板，成卷的称带钢。宽度在650mm以上的称宽带钢,不足650mm的称窄带钢。厚度4～60mm,宽度在200mm以下的热轧钢材在中国称扁钢。0.02～0.1mm的冷轧带称薄带。0.02mm以下的带材称箔材,钢铁箔材习惯称为超薄带。关于板带材的制造方法，见中、厚板轧制，带钢热轧，薄板叠轧，带钢冷轧，箔材轧制。
