英汉例句

• the influence of the combined modes of piezoelectric ceramics on eigenfrequency of a linear beam is analyzed with the help of ansys software, with digital computation value presented.

  利用ansys软件分析了压电陶瓷的组合结构对梁的固有频率的影响，给出了数值计算结果。

• a new kind of(large-displacement) piezoelectric ceramics for actuators composed of reduced and un-(reduced) layers was prepared from pzt by chemical reduction.

  采用pzt作为基体材料，通过化学还原的方法制备了具有大位移驱动能力的复合结构型压电陶瓷。

• then, pzt piezoelectric ceramics sensor「s probe is contact with the center of diaphragm, if we use the uniform load model to calculate and analyze, it will cause error in micro displacement detection.

  此时，压电陶瓷pzt的探针是抵在传感器膜片的中心点处，如果使用均布载荷模型进行计算和分析，将会产生较大的误差。

• mainly researched was the effect on properties of pmn-pnn-pzt piezoelectric ceramics for different synthesizing process named precursor synthesis and oxide compound synthesis.

  研究了前驱体合成（又称铌铁矿合成）与传统的氧化物混合合成，对pmn-pnn-pzt四元系压电陶瓷性能的影响。

• this paper is to display existence and its conditions to a surface acoustic wave propogating along surface of a half-body of piezoelectric ceramics with a rotation of constant angular velocity.

  对转动半无限压电陶瓷体的表面声波给出了存在性证明及其条件。

• some new applications of the piezoelectric ceramics are also presented.

  并介绍了这些压电陶瓷的最新应用。

• we prefers to fabricate multilayer piezoelectric ceramics in-house for ultrasonic motor application. the corresponding material technology and fabrication process will be investigated.

  我们希望能够内部制作多层压电陶瓷以应用于超声波马达，并且可以降低其成本。因此，相关材料技术和工艺需要被研究。

• to develop the rainbow piezoelectric actuator with ultra-high displacement, the reduction behavior of plzt piezoelectric ceramics was researched by experiments.

  为研制具有超大位移的rainbow压电驱动器，实验研究了制备该器件的plzt压电陶瓷的高温还原行为。

• in this paper, the recent progresses of bnt-based lead-free piezoelectric ceramics are reviewed. the piezoelectric and ferroelectric properties of the related systems are summarized.

  综述了bnt基无铅压电陶瓷的研究现状，讨论了相关体系的设计方法、铁电性、压电性以及bnt体系的制备方法。

• development and application of lead-free piezoelectric ceramics have become the concern of scientists of many countries.

  无铅压电陶瓷的开发和应用已经成为各个国家的研究热点。

• the method can be used in some phase shift interference where phase shift with piezoelectric ceramics can not be used.

  这种方法可以完成压电陶瓷移相方法无法实现的一些移相干涉测量。

• bnklt lead-free piezoelectric ceramics invented in authors」 group were used for making middle frequency ceramic filters.

  采用本组发明的bnklt系无铅压电陶瓷，研制了中频陶瓷滤波器。

• in order to measure and study the electricity generating performance of the piezoelectric ceramics (pec), a measuring system for the electricity generating capacity of the pec was developed.

  为了进行压电陶瓷材料发电性能测试与研究，设计并制作了一套压电陶瓷发电能力的测试系统。

• the use of piezoelectric ceramics to force into electrical energy conversion features, you can create a piezoelectric igniter, mobile x optical power, shells detonating device.

  利用压电陶瓷将外力转换成电能的特性，可以制造出压电点火器、移动x光电源、炮弹引爆装置。

• piezoelectric ceramics is named for its quick response and free shape when used as actuator.

  压电陶瓷驱动器具有响应速度快、可做成各种形状等优点。

• the technical difficulty to develop the multi-layer piezoelectric transformer is to obtain piezoelectric ceramics with high-performance and low sintering temperature.

  而研制多层片式压电陶瓷变压器的主要技术难点是获得低温烧结的高性能压电陶瓷。

• based on the concept of intelligent structures, self-coupled dampers composed of electrorheological (er) fluids and piezoelectric ceramics are proposed in this paper.

  基于智能结构的思想，率先提出设计制作电流变液和压电陶瓷复合的自耦合阻尼器。

• the stator is an elastic cylinder on which the rectangle piezoelectric ceramics are bonded.

  定子采用在圆筒弹性体外表面粘贴矩形板压电陶瓷构成。

• the main factors that influence the quality of pzt piezoelectric ceramics include aggregation of powders, stoichiometry and aging etc.

  影响pzt压电陶瓷质量的主要因素有粉体团聚、化学计量及老化等。

• that was used piezoelectric ceramics which was in combine with piezoelectric ceramics driver.

  运用压电陶瓷传感器与压电驱动器结合的方法。

• this paper discusses these problems in terms of their origins, research work on them and possible solutions. future directions of pzt piezoelectric ceramics are suggested.

  本文对这些问题产生的原因，解决这些问题所进行的研究以及采取的措施进行了论述，并对pzt压电陶瓷的发展提出了几点建议。