电常数的英文

• electric constant

• "电"英文翻译    electricity
• "常数"英文翻译    constant
• "倒介电常数" 英文翻译 :    elastivity; reciprocal dielectric constant
• "复介电常数" 英文翻译 :    complex dielectric constant; complex dielectric permittivity; complex permittivity; permittivity
• "高介电常数" 英文翻译 :    high dielectric constant
• "光电常数" 英文翻译 :    photoelectric constant
• "光介电常数" 英文翻译 :    optical dielectric constant
• "介电常数" 英文翻译 :    [电学] dielectric constant; specific inductive capacity; specific inductive capacitance; dielectric coefficient; electric inductivity; inductivity◇介电常数测量仪 decameter; 介电常数检测器 dielectric constant detector
• "介电电常数" 英文翻译 :    dielectric constant
• "压电常数" 英文翻译 :    piezoelectric constant; piezoelectric crystal
• "主介电常数" 英文翻译 :    principal dielectric constants
• "介电常数介电常数符号" 英文翻译 :    dielectric constant
• "表观压电常数" 英文翻译 :    apparent piezoelectric constant
• "倒数介电常数" 英文翻译 :    electric elastivity
• "电子介电常数" 英文翻译 :    electronic inductivity
• "动态介电常数" 英文翻译 :    dynamic dielectric constant
• "复数介电常数" 英文翻译 :    complex dielectric constant; complex dielectric permittivity
• "光步介电常数" 英文翻译 :    optical dielectric constant
• "光频介电常数" 英文翻译 :    optical dielectric constant
• "介电常数，电容率" 英文翻译 :    dielectric constant
• "介电常数；感应率" 英文翻译 :    inductivity
• "介电常数测井" 英文翻译 :    dcl; dielectric logging
• "介电常数测量" 英文翻译 :    permittivity measurement
• "介电常数分散" 英文翻译 :    permittivity dispersion
• "介电常数符号" 英文翻译 :    dielectric constant

• High piezoelectric constant and dielectric constant piezoelectric ceramic grain which used as functional element were selected , and mixed with polymers in 60 - 70 % volume percent
  选择具有高的压电常数和介电常数的压电陶瓷颗粒作为功能相，并以60 70体积分数与聚合物共混。
• The relations between piezoelectric characteristic such as piezoelectric constant , electromechanical coupling coefficient , mechanical quality factor , etc . and its components , granular diameter and manufacturing technology were studied
  研究压电材料压电常数、机电耦合系数、机械品质因数等特性与其组份、颗粒直径及制作工艺过程之间的关系。
• We take the center of well as the origin of coordinates . we noticed that the electron ' s effective mass is different in the well and in the barrier , but did n ' t pay attention to the mismatch of the dielectric constant
  33 ）量于阶中心，把量子阶中心选作坐标原点，考虑了在阶中和垒中电子的有效质量的不同，但没有考虑在阶中和垒中介电常数的失配性。
• The piezoelectric constant ( dji ) changes with the polarization time under saturated electric field . the d33 increases rapidly with the polarization time at the initial stages of polarization , and approaches constant after certain time
  在饱和电场( es )下，压电常数( d33 )随极化时间( tp )的变化而变化，极化初期d33随tp的增加而迅速增高；极化一定时间后， d33趋于平缓。
• In the second part , we discuss the binding energy of the impurity in finite gaas / gai . xalxas quantum wire in the first place , in which the dismatch of effective mass and dielectric constant between the well and the barrier is taken into account
  在第二部分，首先讨论了有限深gaas ga _ ( 1 - x ) al _ xas量子阱线中杂质态的束缚能，其中考虑到了阱垒中电子有效质量及材料中介电常数的失配性。
• So it can be used as both sensor component and driving component . pzt have better electromechanical coupling coefficient , piezoelectric constant , mechanical quality factor , curie temperature and stability , etc . so , pzt can be used widely in smart materials and structure
  与其它压电陶瓷相比,锆钛酸压电陶瓷( pzt )有较好的机电耦合系数、压电常数、机械品质因数、居里温度和稳定性等,因此, pzt能广泛应用于智能材料结构中。
• Relaxor ferroelectric single crystals , such as pb ( mg1 / 3nb2 / 3 ) - pbtio3 ( abbreviated as pmnt ) or pb ( zn1 / 3nb2 / 3 ) - pbtio3 ( abbreviated as pznt ) , have been reported to exhibit an extremely large piezoelectric constant and excellent electrostrictive properties . such excellent performance makes it fully substitute the traditional piezoelectric ceramics and points to a revolution in ultrasonic transducers , actuators and micro - positioners , making relaxor - based piezocrystals the most promising materials for a broad range of advanced applications . however , it is difficult to grow the high quality single crystals because of the lack of valid thermodynamic data
  新型弛豫铁电单晶铌镁酸铅(简称pmnt )或铌锌酸铅(简称pznt )是一类新兴的功能材料，其在准同型相界附近具有优于传统压电陶瓷的较高的压电常数和电致伸缩系数，可完全代替传统的压电陶瓷作为超声换能器、致动器、微位移器等，使其成为铁电领域的研究热点，但如何生长出满足应用要求的单晶材料却一直是一个困扰的问题。
• But there is a main question that pvdf does not be in p phase with higher piezoelectric property , but be in other phases with lower or without piezoelectric property , thus , which can not improve distinctly piezoelectric constant d33 , reduce notably dielectric spoilage ( tg5 ) and raise remarkably mechanical coupling factor ( kp ) of 0 - 3 pzt / pvdf piezoelectric composite , so these will restrict its development and application . in this paper , 0 - 3 pzt / pvdf piezoelectric composite will be prepared by room pressing - solidity , high - temperature - pressing and room - pressing techniques respectively
  由于这个压电复合材料体系存在一个主要问题? pvdf在0 ? 3型pzt / pvdf压电复合材料中通常不是以具有较强压电性的相晶态形式呈现，多是以其它的相态存在，不能有效地提高0 ? 3型pzt / pvdf压电复合材料的压电常数d _ ( 33 ) 、降低介电损耗tg和增大机电耦合系数kp等压电和介电性能，从而严重地制约它的发展和应用。

• 电常数的日语：でんきていすう