陶瓷介電材料 的英文怎麼說

中文拼音 [táocíjièdiàncáiliào]
陶瓷介電材料 英文
ceramic dielectric material
  • 陶 : 陶名詞1. （窯） kiln2. （人名用字） a word used in person's name
  • 瓷 : 名詞（用高嶺土、長石、石英等燒製成的材料） porcelain; china
  • 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 （...
  • 陶瓷 : pottery and porcelain; ceramics陶瓷地磚 floor tile; 陶瓷電子管 ceramic tube; 陶瓷電阻器 ceramic r...
  • 材料 : 1. （原料） material 2. （資料） data; material 3. （適于做某種事的人才） makings; stuff
  1. Effects of mgo and srtio3 doping on pmn - pt - bt relaxant ferro - electric ceramics

    系鐵電陶瓷材料介電性能的影響
  2. The disperse degree of the ceramic can greatly affect uniformity of the composite, which limit the poling voltage and affect the piezoelectricity. in this paper, the relationships among constitutes, microstructures, dielectric and piezoelectric properties were calculated by employing the banno unit cell mode ; pzt ceramic were synthesized by the hydrothermal method and the appropriate solution was selected according the adsorption of pvdf on the ceramic particle surface ; then, relationships between the disperse degree and the fabrication process were studied. base on these, the pzt / pvdf composites intermingled some pan were prepared and the microstructures were investigated

    論文首先利用bannounitcell模型，計算了pzt pvdf壓電復合材料的組成、結構、與其壓電和介電等性能之間的關系；針對壓電復合材料存在的均勻分散性差的缺點，選用水熱法制備的粒度均勻的pzt陶瓷粉末，並採用溶液混和法與聚合物pvdf進行分散復合，重點研究了不同工藝條件下陶瓷的均勻分散性及其與材料微觀結構之間的關系。
  3. A novel low mechanical hysteretic ceramic capacitive pressure transducer has been made, by using of ceramic sealing technology ; integrate circuit ( ic ) technology and thick film plane fixing circuit technology. this transducer is made of a deformable ceramic diaphragm and a ceramic base plate, between which has an air cavum. a coaxial gold electrode was fired onto the diaphragm and the base plate

    本文利用新型陶瓷技術、集成電路技術和厚膜平面安裝電路技術，採用零力學滯后的陶瓷和陶瓷密封材料進行設計製造了一種非充液乾式的電容式壓力傳感器，該壓力傳感器由較厚的陶瓷基體和較薄的陶瓷膜片構成，中間形成一空氣介質腔，在基座和膜片之間內置同軸的雙電極，組成兩個電容，當膜片承受壓力時發生位移，使電容量產生變化，經後置處理電路直接轉換為可輸出的直流電壓信號。
  4. High - temp molanstone heat - insulation brick is made with domestic newest energy - effcient fire - proof material by using advaned technologies introduced from abroad. it has the strengths of heat - resistance, high intensity, low heat - conduction coefficient and remarkable energy - saving effects. it can be used in petrolum partition kiln, metallurgical hot stove, ceramic kiln, tunnel kiln, and as linings of many electric stoves. it can also used on fire directly. according to the testing of relevant authorities, this product has reached standards of products from foreign competitors

    高溫莫來石質絕熱磚是我國引進的新技術，國內最新型的節能耐火材料，具有耐高溫、強度高導熱系數小，節能效果顯著等特點，適用於石油裂介爐、冶金熱風爐、陶瓷輥道窯、隧道窯、電瓷抽屜窯、玻璃坩堝窯及各種電爐的內襯，可直接接觸火焰、經有關技術監督部門檢測及使用，產品達到國外同類產品的技術指標。
  5. Residual strength of string insulator units of glass or ceramic material for overhead lines after mechanical damage of the dielectric

    架空線路用玻璃或陶瓷材料絕緣子串元件在電介質受到機械損傷后的剩餘強度
  6. Dr is made of microwave ceramic with high dielectric constant and very low loss. using dr, the phase noise of an oscillator could be made to be extremely low

    介質諧振器（ dr ）由高介電常數、低損耗的微波陶瓷材料製作而成，它能極其容易地實現微波頻率源的低相位噪聲。
  7. The ceramic is a diclectric whose main material is titanium oxide, barium titanate or strontium. it becomes ceramic capacitor after a process called silver coating and is widely applied in various kinds of electronic equipment

    用氧化鈦、鈦酸鋇、鈦酸鍶等材料製成陶瓷並以此作為介質製成的電容器稱為陶瓷電容器，這種電容器廣泛用於各種電子設備。
  8. Ceramic dielectric materials used for capacitors

    電容器用陶瓷介質材料
  9. Abstract : the development of stealthy materials in the past several d ecades from the second world war up to now is comp endiously reviewed in this paper. recent study of new stealthy materials, suc h as ceramic materials and conducting polymer composites etc, is summarized from three areas of thermal resistance ， smart and plasma steal thy materials, and developing trend of the stealthy mat erials is also predicted in this paper

    文摘:簡單回顧了從二次世界大戰至今幾十年間，國外隱身材料的發展歷程；系統綜述了國外在陶瓷材料、導電高分子材料、晶須材料、納米材料、手征材料等新型隱身材料研究方面所取得的進展；從耐高溫隱身材料、智能隱身材料、等離子體隱身三個方面入手，重點介紹了國外近年來在隱身材料領域的最新進展；並且指出了隱身技術未來的發展方向。
  10. This technology uses alkali metal ( such as lithium, potassium and sodium ) as the working fluid, base ( " - a1 _ ( 2 ) o _ ( 3 ) solid electrolyte ) as the medium. this technology is based on the unique properties of base that is an excellent ionic conductor but a poor electron conductor

    Amtec利用堿金屬（鋰、鉀、鈉）作為工作物質， base （ - al _ 2o _ 3solidelectrolyte ）作為介質，這種陶瓷材料對離子是良導體，對電子幾乎是絕緣體，這一點也是這種能量轉換技術的基礎。
  11. The cold - pressing ceramic processing technique was used to prepare high - permittivity barium titanate ceramics

    摘要採用冷壓陶瓷處理技術制備了高介電率鈦酸鋇陶瓷材料。
  12. The thesis mainly investigated the bati _ 4o _ 9 ( bt _ 4 ), which has the lowest dielectric loss in ba - ti system, and ( ba, sr ) tio _ 3, the a position substitute compound of batio _ 3. the dielectric properties of bt _ 4 / bst with different preparation way and different elements doping were investigated. a archimedes method, xrd, sem, impedance analyzer, network analyzer and hakki - coleman method were used to investigate the density, phase formation, microstructure, dielectric properties and doping mechanisms

    本論文以在ba - ti系中具有最低介電損耗的bati _ 4o _ 9 （ bt _ 4 ）高頻介質陶瓷和batio _ 3a位sr取代而得的（ ba ， sr ） tio _ 3 （ bst ）高頻介質陶瓷作為研究對象，對不同粉體制備方法制備的bt _ 4 / bst高頻電介質材料進行不同元素的摻雜，運用阿基米德方法， x射線衍射分析儀，掃描電子顯微鏡和阻抗分析儀，網路分析儀， hakki - coleman法等方法手段和測試儀器測試燒成樣品的密度，相組成情況，微觀結構和介電性能，探討造成介電性能起伏的形成機理。
  13. The early studies are mostly focused on the method of gluing piezoceramics on structural surfaces, which has some disadvantages such as difficulties to protect the ceramics and the connection wires, bad coupling with only one surface glued on the base materials, low signal - to - noise ratio etc. these problems can be solved using the embedded piezoceramics, and furthermore, the piezoceramics can be placed in the optimal positions, especially in the optimal deepness for the piezo - actuators, according to an optimization algorithm befor e they are embedded, so the actuator effects and sensor signals are thereby enhanced

    早期的研究主要集中在表面粘貼壓電片的結構，表面粘貼壓電片具有一些無法克服的缺點。本文著重進行利用埋入復合材料結構的壓電傳感器和壓電驅動器對其振動進行主動控制的相關理論和實驗研究，並介紹其相應結果。埋入型壓電材料的優點主要是能保護壓電傳感器和作動器及其連線、增強壓電材料和基體材料的耦合、優化埋入壓電陶瓷的深度和厚度可增強壓電傳感器的測量信號並提高信噪比等。
  14. Piezoelectric and dielectric devices for frequency control and selection - glossary - piezoelectric and dielectric materials - piezoelectric ceramics

    頻率控制和選擇用壓電和介電器件.術語匯編.壓電和介電材料.壓電陶瓷
  15. Piezoelectric and dielectric devices for frequency control and selection - glossary - part 4 - 2 : piezoelectric and dielectric materials - piezoelectric ceramics

    頻率控制和選擇用壓電和介電器件.術語匯編.第4 - 2部分:壓電和介電材料.壓電陶瓷
  16. Ductile structural ceramics. part 14 in : “ physical mesomechanics of heterogeneous media and computer - aided desing of materials ”. cambridge interscience publishing, 1998

    陶瓷的可塑結構」 ，第14部分在: 」材料的多相介質物理技術及電腦輔助設計」 ，劍橋世界科學刊物。 1998年。
  17. The principle of absorbing material was introduced, the inorganic and organic absorbing materials were summarized and the properties and progress of study on inorganic absorbent which including iron carbon ceramic and electric macromolecule and pointed out the direction of research in the future were expatiated

    介紹了吸波材料的工作原理，主要從無機吸波材料和有機吸波材料方面進行概述，重點闡述了鐵系、碳系和陶瓷類、導電高分子類等吸波劑的性能及研究狀況，並指出今後的發展方向。
  18. Test methods for properties of structure ceramic used in electronic components - test method for dielectric loss angle tangent value

    電子元器件結構陶瓷材料性能測試方法介質損耗角正切值的測試方法
  19. Ceramic / polymer composites with superior electric properties are new kind of composites in the field of materials research, in which ceramic / polymer 0 ~ 3 composites with high dielectric permittivity have been received much attention in recent years due to their potential applications

    摘要在材料研究領域中，具有電學性能的陶瓷聚合物復合材料是一種新型的復合材料，其中其有高介電性能的陶瓷聚合物0 - 3復合材料以其廣泛的應用前景已經引起人們極大的關注。
  20. This paper reported the nanometer material and its property, introduced the application in medication, coolant material, film, catalyzer, solar battery, ceramics, wrapper, dope, textiles

    摘要介紹了納米材料及其性質，系統闡述了納米材料在藥物、製冷材料、薄膜、催化劑、太陽能電池、陶瓷、包裝材料、塗料、紡織物等方面的應用。
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