鉭酸 的英文怎麼說
中文拼音 [suān]-
Tera xtal s release of 4 - inch product is well timed to meet the higher market demand stemmed from the wide - adoption of cellular phones in the developed and developing countries. with guidance from prof. yu huang of national tsing hua university s crystal growth laboratory, the crystal growth team at tera xtal first gained invaluable experience over the past 8 months by using the garage - version of a crystal puller in countless test growth trials of 3 " lithium tantalate crystals
透過清華大學材料科學中心單晶成長實驗室負責人黃瑜教授與日本、中國大陸兩地長晶專家的交流與指導；兆晶科技的長晶團隊採用自製的長晶實驗機臺，經過無數次三英寸鉭酸鋰拉晶試驗與設計改善，委由國外廠商改造制式量產機臺費時六個月為兆晶科技製作出第一臺四英寸單晶爐。Specification for lithium tantalate single crystal used in saw devices
聲表面波saw器件用鉭酸鋰單晶規范Application : for lithium tantalate single crystal and additive in special optical glass
用途：產品用於生產鉭酸鋰晶體和特種光學玻璃添加劑。Our four major product lines include lithium tantalate, lithium niobate, optical grade lithium niobate lithium tetraborate and sapphire
我們現在推出的四種主要產品包括：鉭酸鋰、鈮酸鋰、四硼酸鋰與藍寶石Lithium tantalate is an unfamiliar crystal material description in taiwan s high tech sectors, however it stands for the anchor product for the taiwan based crystal growth company
鉭酸鋰這三個字在國內高科技領域都還相當陌生的材料名稱，是兆晶科技股份有限公司創立的首要目標。Ever since the global adoption of digital cellular phones, saw filter manufactures around the globe had to confront a market shortage of lithium tantalate substrates for the past three years
從數位式手機全球通行開始，三年來全球濾波器生產廠家一直面臨著鉭酸鋰晶片大缺貨之窘境。Taipei, taiwan ) at the dawn of the new century, tera xtal successfully produces taiwan s first 4 - inch lithium tantalate crystal ingot. this event marks an important milestone in the material industry of taiwan as it represents a self - developed technology breakthrough on a key material product
新世紀的開始，兆晶科技股份有限公司成功地生產出國內第一支四英寸鉭酸鋰單晶棒。這是國內上游關鍵晶體材料業之重要的里程碑，由國人自行研發成功可以與日美一流競爭對手相比擬的產品。The short time it took to produce its first 4 - inch ingot is not only a testimony to the competency of tera xtal s engineering team, but also represent a step forward towards change in the japanese and american domination of the crystal growth industry
有別於半導體用的矽晶，鉭酸鋰屬于硬脆的氧化物材料，融點高達1650 ；長晶的生產難度相當高，其關鍵在於人才、技術與經驗的長期培養。To find out the effective slurry with suitable type of oxidizer and concentration, chemical etching experiment was applied to the litao3 wafer. the chemical etching effects were analysed by measuring etching rate and x - ray spectrum
採用化學腐蝕實驗方法研究拋光液中氧化劑種類和濃度以及拋光液ph值對鉭酸鋰晶片化學去除的影響。Tantalum lithium ( litao3 ), a novel single crystal material, developed and industrialized with the development of communication and information industries recently, owns the excellent performances such as high mechanical - electrical coupling coefficient, lower wear - resistance, excellent high - temperature stability, excellent high - frequency capability, etc. however, researches on tantalum lithium single crystal wafer around world are still lacking
鉭酸鋰是近年來隨著通訊、信息產業迅速發展而開發並產業化的新型光電子材料。它具有機電耦合系數大、低損耗、高溫穩定性、高頻性能好等優良的壓電、電光和熱電性能。The scratching test was carried out with a single diamond tool to study the removal mechanism of litao3 wafer by load. the ae signals were measured, and the scratched surfaces of litao3 wafers in different conditions were observed by metallography microscope
通過單顆粒金剛石壓入鉭酸鋰晶片光滑表面的劃痕實驗，研究鉭酸鋰晶片的機械力學性能和斷裂破壞情況，尋找合理的拋光壓力。Characteristics of surface acoustic waves propagating on lgs, lgt and lgn substrates
鉭酸鎵鑭和鈮酸鎵鑭的聲表面波傳播特性De - w process from k2taf7 in waste
用生產廢液回收鉭制備氟鉭酸鉀除鎢工藝研究Developments of litao3 thin film material and its applications in pyroelectric infrared sensors
鉭酸鋰薄膜材料及其熱釋電紅外傳感器應用研究進展Design and fabrication of pyroelectric infrared detector based on sol - gel derived litao3 thin film
溶膠凝膠鉭酸鋰薄膜熱釋電紅外探測器的設計與制備Mainly used to make lithium tatalite and lithium nilbite for acoustical and optical monocrystal
主要用於製作鉭酸鋰、鈮酸鋰等聲學級單晶、光學級單晶等。Company operation scope focuses on crystal growth and slicing, lapping and polishing of crystal wafers
兆晶科技的主要製程有鉭酸鋰晶圓之長晶、切片、研磨、拋光等。Due to special crystal structure and energy level structure, tatanlate have high photocatalytic activity for water splitting
摘要鉭酸鹽光解水催化劑，因其特殊的晶體結構和能帶結構而具有高的光解水活性。In this paper, combining our work, the type 、 structure 、 preparing of various tatanlates were reviewed as reference on water splitting
結合本課題組工作，論述了鉭酸鹽光解水催化劑的種類、結構特點、制備方法及發展趨勢，以期為今後的光解水制氫研究提供參考依據。The cmp experiment was carried out systematically on litao3 wafer. the polished surface foughness and material removal rate in different polishing conditions were measured and the effects of polishing pad material and its condition, pressure, rotating speed of the polishing plate, the type and size of abrasive, and the properties of the polishing slurry on the surface routhness and material removal rate were analysed in details
通過對鉭酸鋰晶片的化學機械拋光過程的實驗研究，通過測量鉭酸鋰晶片在不同拋光條件下的表面粗糙度和材料去除率，詳細分析了拋光墊材料和狀態、拋光壓力、拋光盤轉速、磨料種類及粒度、拋光液組成等幾個因素對拋光表面質量和材料去除率的影響規律。分享友人