superconductive中文,superconductive的意思,superconductive翻译及用法

2026-03-22 12:38 浏览次数 22

superconductive

英[ˌsju:pəkən'dʌktɪv]美[ˌsupəkən'dʌktɪv]

adj. 超电导的;超传导现象的

superconductive 英语释义

英语释义

    1. having no electrical resistance exhibiting superconductivity
    … superconductive materials could be used to build superpowerful magnets, highly efficient electric motors and loss-free electric transmission lines, if only it were economical to do so.
    — Predicasts Technology Update

superconductive 片语

片语

superconductive storage翻译

superconductive coil超导线圈

superconductive electronics[电子]

superconductive solenoid超导螺线管

superconductive system超导系统

superconductive electronic超导电子

superconductive state超导电状态

superconductive layer超导层

superconductive 例句

英汉例句

  • two kinds of microwave surface resistance rs measurements of high tc superconductive thin films are introduced in this paper, two-resonator method and the sapphire resonator method.

    本文介绍了两种测试高温超导薄膜微波表面电阻的方法:双谐振器法和蓝宝石介质谐振器法。

  • a middle to far infrared detector, which uses a ybco high temperature superconductive thin film, is introduced in the paper.

    报导了一种钇钡铜氧(ybco)高温超导薄膜中远红外光探测器。

  • 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。

  • we can explain that the transfer temperature of high temperature superconductive oxides change along with the concentration of holes.

    由此可以较好地解释高温超导氧化物材料的超导转变温度随空穴浓度的变化行为。

  • as a high-performance heat transfer method, cryogenic heat pipe has promising applications in space cryogenic technique, superconductive magnet cooling and so on.

    作为一种高效传热方式,低温热管可望在空间探索、超导磁体冷却等方面获得广泛应用。

  • a pseudo-sliding mode based on power grid voltage compensating algorithm for modularized superconductive magnetic energy storage system is proposed.

    提出了一种基于伪滑模控制的模块化超导储能系统电网电压补偿算法。

  • the advantages of the superconductive power cable and characteristics of different cable design as well as the r&d abroad are presented.

    介绍了超导电力电缆的优点和不同设计方案的特点,以及国外研究开发的概况。

  • based on the theory of gravity prospecting and measuring accuracy of superconductive gravimeter, the migrating and accumulating of residual oil and gas are studied.

    以重力勘探原理和超导重力仪观测精度为依据,对剩余油气的运移和聚集进行了研究。

  • as a high-performance heat transfer method, the cryogenic heat pipe has good application prospects in cryogenic technique and superconductive magnet cooling.

    作为一种高效传热方式,低温热管可望在空间探索、超导磁体冷却等方面获得广泛应用。

  • so the combination of ground and down hole superconductive gravity is one of practicable method in further prospecting of residual oil.

    地面超导重力仪和井中超导重力仪结合起来使用是油田进一步寻找剩余油气的可行的方法之一。

  • especially, the high temperature superconductive (hts) 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。

  • in study people discover that some high tc superconductive materials exhibit high catalytic activity for gases oxidation or reduction.

    人们在研究中发现高温超导材料对许多气体的氧化还原反应有很强的催化能力。

  • the increase of superconductive transition temperature in some compounds and alloys of lanthanum is equivalent to applying pressure to lanthanum.

    某些镧合金及化合物的超导转变温度的增加与纯镧加压等当。

  • the article makes an overview of the superconductive mechanism of the high temperature oxide superconductor on the background of the relevant experiments made in recent years.

    本文以近年来有关实验为背景对高温氧化物超导体的超导机制问题作了鸟瞰。

  • the principle of measuring superconductive transition temperature by mutual inductance and the relevant measuring system and method are described in this paper.

    本文描述了利用互感法测量超导转变温度的原理、测量装置和测量方法。

  • this system includes:a cryogenic thermostat, superconductive devices with lead and indium samples, a simple mutual inductance bridge and a temperature measuring system.

    测量装置包括:低温恒温器、两种超导材料(铅和铟)的超导器件、简单的互感电桥线路及测量系统。

  • this paper briefly introduces the fundamental principle and major devices of superconductive electronics. the recent development in this area is reported and the probable future trends are discussed.

    本文简单介绍了超导电子学的基本原理和主要器件。报道了目前的发展情况,并讨论了今后可能的发展趋势。

  • some suggestions are given for further quench protection research of power system. with proper measures, superconductive equipment quench will not bring great loss to power system.

    只要采取适当的措施,超导电力设备失超不会给电力系统带来很大损失。

  • superconductive power technology will bring the great technical breakthrough for the power industry, and also has the great significance in the application of electric power systems.

    超导电力技术将为电力工业带来重大的技术突破,其在电力系统中的应用具有重大意义,而失超保护则是对超导电力系统安全运行的保障。

  • the current-phase relation of the superconductive tunnel junction can be derived from the tdgl equations with definite boundary conditions by using a perturbation treatment.

    超导隧道结的电流和位相满足tdgl方程和一定的边界条件,并可用微扰的方法来求解。

  • for the thin films, hard coatings, superconductive and metastable films will be the hot-spots.

    在薄膜方面,硬膜、超导膜和亚稳态薄膜的研究将仍然是真空科学方面的热点。

  • sunlight energy is collected by glass vacuum tube and metal superconductive tube transmits heat to the pressure-bearing water tank to heat up water.

    太阳光能量通过玻璃真空管采集,由金属超导热管传热至承压水箱内把水加热。

  • the superconductive electrical equipment is an important part of superconductive electric power system and the simulation analysis is one of the main means in equipment development.

    超导电力设备是超导电力系统的重要组成部分,而仿真分析一直是设备开发的重要手段之一。

  • experimental studies were made in josephson effect of bulk superconductive materials at liquid nitrogen temperature.

    本文对液氮温区的大块体超导材料的约瑟夫逊效应进行了实验研究。

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