鐵電材料 的英文怎麼說

中文拼音 [tiědiàncáiliào]
鐵電材料 英文
ferroelectric materials
  • 鐵 : Ⅰ名詞1 （金屬元素） iron （fe） 2 （指刀槍等） arms; weapon 3 （姓氏） a surname Ⅱ形容詞1 （形容...
  • 電 : Ⅰ名詞1 （有電荷存在和電荷變化的現象） electricity 2 （電報） telegram; cable Ⅱ動詞1 （觸電） give...
  • 材 : 名詞1 （木料） timber 2 （泛指可以直接製成成品的東西; 材料） material 3 （供寫作或參考的資料） ma...
  • 料 : 名詞1 （材料; 原料） material; stuff 2 （喂牲口用的穀物） feed; fodder 3 （料器） glassware 4 （...
  • 材料 : 1. （原料） material 2. （資料） data; material 3. （適于做某種事的人才） makings; stuff
  1. These results indicate that the phonon - pseudospin interaction should be taken into account for the physics properties in ferroelectric materials

    因此在研究鐵電材料物理性質時聲子的作用是不可忽視的。
  2. 0xl0 - 2 c / cm2k respectively. and the sbn thin film can avoid plumbum pollution of pzt ferroelectric material

    而且， sbn在制備過程中能夠避免pzt等鐵電材料的鉛污染的問題。
  3. Thin films of ferroelectric materials can be developed to present very few losses and add no significant weight to the antenna structure. the permittivity of these materials changes with an applied dc voltage ; and this change can be used to control the resonant frequency of an antenna

    將鐵電材料應用到天線的設計中，外加直流偏壓可以控制鐵電材料的介電常數，從而控制天線的諧振頻率，這樣就可以製作出可調諧天線。
  4. Then a simple analytical formula is obtained, which expresses the constitutive relation between polarization p and loading electric field e of ferroelectric materials

    由此推出一個簡單的解析表達式，表達了鐵電材料極化強度p與外電場e的本構關系。
  5. _ based on the domain switching behavior of ferroelectrics, a model of " successive switching " for ferroelectric domains is introduced. this may help to avoid some of the intrinsic limitations of the " complete switching " hypothesis, and be a more physical representation

    其工作包括： ? ?在分析鐵電材料電疇翻轉基本特徵的基礎上，引入電疇的「連續翻轉」模型，克服了「完全反轉」假設對鐵電特性描述的局限性，使電疇翻轉模型的物理意義更為明確。
  6. Simulation for nonlinear electro - mechanical coupling of ferroelectric materials

    鐵電材料非線性力電耦合特性的模擬計算
  7. And programs are developed for piezoelectric coefficient measurement and butterfly curve measurement

    開發了用於壓電材料的壓電系數測量和鐵電材料蝴蝶曲線測繪的軟體。
  8. Study on pyrochlore in synthesis process of lead - based relaxor ferroelectrics

    鉛基弛豫鐵電材料中的焦綠石相研究
  9. The development of research on perovskite materials doped with ions and particles, sol - gel technique and sol - gel processing of pbtio3 ( pt ) based materials were intensively reviewed. the luminescence theory of rare earth ions and the properties of carbon nanotube ( cnt ) were introduced briefly

    本文全面回顧了離子和微粒摻雜改性鈣鈦礦相鐵電材料的研究進展，總結了溶膠凝膠技術在制備此類材料中的應用，並簡要介紹了稀土離子發光機理和納米碳管的性能。
  10. The purpose behind this thesis is to study the nonlinear electro - mechanical coupling perfo rmance, and to have relatively simple yet substantial constitutive relations of ferro - electrics, that can eventually provide guidance for material design, sensor or actuator structural analysis and life expectancy for ferro - electric structure and system

    本論文就是針對鐵電材料的非線性力電耦合性能進行研究與分析，以期能對其本構關系作出簡單明確的描述，為鐵電元器件的材料設計、結構分析及壽命估計等提供依據。
  11. Ferroelectric films appeared several decades ago and the technology of ferroelectric film appeared in the seventies of twenty century. with the development of film forming technology, this new kind of function material is extensively applied in many fields such as electric technology, laser technology, infrared detection technology and other aspects of engineering technology

    鐵電材料在二十世紀二十年代就已問世，鐵電薄膜技術始於二十世紀七十年代，隨著成膜技術的發展，這種新穎的功能材料已廣泛應用於電子技術、激光技術、紅外探測技術以及其它工程技術方面。
  12. Influence of thermal effect on domain turning of ferroelectrics under cycle - electric field

    循環電載下熱效應對鐵電材料疇變的影響
  13. Ferro - electric material and element

    鐵電材料與器件
  14. Study on morphotropic phase boundary of pb - based relaxor ferroelectric materials

    弛豫鐵電材料的準同型相界研究
  15. Solidified microstructure and phase structure of relaxor ferroelectrics pmn - pt

    弛豫型鐵電材料的凝固組織與相結構
  16. Ferro - electric materials

    鐵電材料如
  17. Fourth, impurity is often built in the ferroelectric material during the fabrication process

    （ 4 ）雜質也是鐵電材料制備過程中不可避免的。
  18. Ferroelectric materials, with the ferroelectric and piezoelectric characteristics, can be widely applied in many fields, such as information memory, communication, navigation, accurate measurement and machinery et al

    鐵電材料由於具有鐵電特性和壓電特性而在信息儲存、通信、導航、精密測量、機械等眾多領域得到廣泛的應用。
  19. The electrical and mechanical boundary conditions are obtained considering the characteristics of layered ferroelectrics ; the local electric - mechanical response equations of each structural layer of units are derived under the coupling of electric and mechanical loads. various calculations are conducted when the volume fraction of each layer differs, as well as when the ratio of yang ' s modular between layers changes. the influence of these factors to material performance is studied

    重慶大學博士學位論文應用提出的模型與方法，針對層狀微結構鐵電材料的具體特點，進行了計算與分析，包括:建立了層狀鐵電材料的力電場邊界條件，推導出在外加力電場作用下的各層材料的局部力電響應的表達關系。
  20. The ferroelectric materials for their excellent dielectric, piezoelectric, ferroelectric, pyroelectric, electro - opticial, phonon - optic and nonlinear polarization properties have been widely applied in many fields especially in microwave tunable devices, such as phase shifter in phased array antenna, resonantor and filter etc. as far as microwave tunable dielectric materials, barium strontium titanate ( bst ) and its doped series have been investigated intensively, which have about 50 % tunability

    鐵電材料具有優良的介電、壓電、鐵電、熱釋電、電光、聲光及非線性極化等特性，在多種領域有著廣泛的用途。利用其非線性極化特性能制備微波可調元器件，如相控陣天線上的移相器，諧振器，濾波器等。
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