五五字典>英语词典>ferroelectric materials翻译和用法

ferroelectric materials

网络  铁电材料; 铁电体物质

电力

双语例句

  • Ferroelectric materials which are researched and developed rapidly own excellent ferroelectric, piezoelectric, dielectric and pyroelectric qualities.
    由于铁电材料具有良好的铁电、压电、介电和热释电等性能,近几年铁电材料的研究和发展都十分迅速。
  • A Fast Mechanochemical Synthesis of Nano-structured Ferroelectric Materials at Low Temperature
    纳米铁电材料机械化学法低温快速合成
  • Due to the widely used in production and daily life of the ferroelectric materials and ferromagnetic materials, they have become the research hotspots now.
    由于材料的铁电和铁磁性质在生产和生活中具有广泛的应用,其已逐渐成为当今研究的热点。
  • In this paper, the properties of ferroelectric materials and state-of, the arts of array devices are introduced.
    文章介绍铁电陶瓷材料的特性和阵列器件的研制状况。
  • Synthesis and Properties of the Ultrafine Powder and Fine-grained Ceramics on Two Ferroelectric Materials
    两种铁电材料的超微粉及细晶陶瓷的制备与性能研究
  • As major pyroelectric materials, ferroelectrics show the characteristics of high impedance and low dielectric loss. Pyroelectric detectors made of ferroelectric materials can be operated in the current, voltage and electric charge modes.
    铁电材料是主要的热释电探测材料,利用铁电材料制备的热释电探测器具有高阻抗、低损耗的特征,可以按照电流模式、电压模式或者电荷模式工作。
  • Consequently, developing new type of free-lead ferroelectric materials to replace the PZT series is much of a necessity.
    因此开发一类新的无铅铁电材料来取代PZT铁电薄膜是非常有必要。
  • In this paper, the ferroelectric materials and their applications in the MEMS devices are introduced.
    本文简要介绍了铁电材料及其在MEMS器件方面的应用情况。
  • Research works on the novel tunable ferroelectric materials are extremely significant to modern radar and microwave communication technology.
    以钛酸锶钡为代表的新型微波调谐铁电材料的研究对现代雷达和微波通信技术的发展有着重要意义。
  • The main detailed work of this article is as follows: 1. Based on the study of the lead zirconate titanate ( PZT) ferroelectric ceramics, the barium titanate ( BT) and bismuth natrium titanate ( BNBT) ferroelectric materials have been systematically investigated.
    在已有锆钛酸铅(PZT)材料研究基础上,着重对锆钛酸铅(PZT)、钛酸钡(BT)和钛酸铋钠(BNBT)这三个材料体系进行了深入系统研究。