高頻用瓷料 的英文怎麼說

中文拼音 [gāobīnyòngliào]
高頻用瓷料 英文
high-frequency porcelain
  • : Ⅰ形容詞1 (從下向上距離大; 離地面遠) tall; high 2 (在一般標準或平均程度之上; 等級在上的) above...
  • : Ⅰ形容詞(次數多) frequent Ⅱ副詞(屢次) frequently; repeatedly Ⅲ名詞1 [物理學] (物體每秒鐘振動...
  • : Ⅰ動詞1 (使用) use; employ; apply 2 (多用於否定: 需要) need 3 (敬辭: 吃; 喝) eat; drink Ⅱ名...
  • : 名詞(用高嶺土、長石、石英等燒製成的材料) porcelain; china
  • : 名詞1 (材料; 原料) material; stuff 2 (喂牲口用的穀物) feed; fodder 3 (料器) glassware 4 (...
  • 高頻 : high frequency
  1. Smart materials and structure have definite requirements of sensor components and driving components, for example, they can adhere well to the matrix and have higher strength, fatigue strength, more broad scope of frequency response and faster response speed, etc. piezodielectric ceramics have characteristic of easily preparing, heat - resistance, wet - resistance, high strength and broad scope of frequency response, etc. furthermore, it has piezoelectric effect and inverse piezoelectric effect, namely it can produce electric potential energy when it is transformed by mechanical strength and its mechanical dimension can be transformed when voltage is put on it

    壓電陶能與基體材很好結合,具有制備容易、耐熱、耐濕、強度響寬等特點,另外它具有正壓電效應和逆壓電效應,即當它受到機械力變形時,能產生電勢,對它施加電壓時,能改變其機械尺寸,因此它在智能材結構中既能作傳感元件又能作驅動元件。
  2. It was found that the dropping rate in remnant polarization, pr ( n ), of the samples would be accelerated when a high intensity or low frequency or square - wave of electric field was applied or at a lower temperature

    實驗結果表明,在電場強度、低電場率和在方波電場的作下以及較低的溫度下,鐵電陶剩餘極化強度p _ r ( n )下降的速度變快。
  3. Various 9 5 porcelains of specialty production, 7 5 porcelain and high frequency porcelain, general porcelain, refractory and various pottery and porcelain metals assemble the part, and manage at the same time the various potteries and porcelains previously assisting the material, and the product extensive use is in electronics, electrical equipment, automobile and spins machine, welding, metallurgy, illumination and chemical industry etc trades

    專業生產各種九五、七五、普、耐火材及各種陶金屬裝配件,同時經營各種陶原輔材,產品廣泛應於電子、電器、汽車、紡機、焊接、冶金、照明、化工等行業。
  4. Secondly, we have studied the properties of the conbzr high frequency soft - magnetic thin film, and use the dc magnetron sputtering system by conquering the key technology to fabricate double - sides thin - film inductors on 10mm * 10mm printed circuit board and 20mm * 20mm ceramic board

    再次,研究了薄膜電感所使的conbzr軟磁薄膜材的性能,並利真空磁控濺射設備,克服各種關鍵技術及工藝難度,在10mm 10mm的pcb板、 20mm 20mm陶基片上製作了薄膜電感。
  5. 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 )介質陶和batio _ 3a位sr取代而得的( ba , sr ) tio _ 3 ( bst )介質陶作為研究對象,對不同粉體制備方法制備的bt _ 4 / bst電介質材進行不同元素的摻雜,運阿基米德方法, 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。
  6. Shenzhen luguang electronic technology co., ltd is a high - new electronic technical enterprise, which is specializing in r & d, manufacturing, and selling of various piezoelectric materials, such as piezoelectric frequency components, diodes, transistors, digital television receiver, wireless controller, etc

    深圳市魯光電子科技有限公司,是一家專業研發、生產、銷售各種壓電陶,壓電陶晶體率元件?二極體?三極體?提供各種電路設計,模組化設計,無線控制器等各種電子產品的供應和技術應新企業。
  7. In this dissertation, high permeability mn - zn ferrites have been prepared by the mixed - oxide route, using mn3o4, fe2o3 and zno as the raw materials. and in this dissertation we study deeply on the preparation technology and mechanism of high initial permeability mnzn ferrite with better stability of which the initial permeability was 10000

    本文採氧化物陶工藝制備磁導率mnzn鐵氧體,以mn3o4 、 fe2o3和zno為原,對磁導率為10000且具有寬特性的磁導率mnzn鐵氧體的制備技術和機理進行研究。
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