真半導體 的英文怎麼說
中文拼音 [zhēnbàndǎotǐ]
真半導體
英文
true semiconductor-
We mainly specialize in manufacturing transistor electromagnetic induction aluminium foil sealer, bottle - arranging machine, automatic liquid filling machine, solid - ink coding machine, half - automatic strapping machine, solid - ink coding continuous sealer, blister sealing machine, automatic folding machine, skin packaging machine, shrink packaging machine, vacuum packaging machine, sealing cutter machine, electromotive printing ink marking machine, conveyer table, compound aluminium foil pad, dry ink wheel, zinc - alloy word drains, etc
主導產品有系列電磁感應鋁箔封口機理瓶機自動液體充填機有色印字標示機半自動捆紮機有色印字連續封口機吸塑包裝機自動折紙機貼體包裝機熱收縮包裝機真空包裝機封切機電動墨杯式移印機輸送臺復合鋁箔墊片固體墨輪鋅合金字粒等產品。3. studies of photovoltage properties about semiconductor nanoparticles in atmosphere and ethanol we have successfully synthesized a - fe2o3 nanoparticles and a - fe2o3 / sno2 nanocomposite oxide with sol - gel method
3 .空氣氣氛、真空條件下半導體納米材料的光伏性質研究採用溶膠一凝膠法制備了a一fez仇納米粒子以及sno :和。With the rapid development of the semiconductor technology, large of the vacuum electronic device has replaced by the semiconductor element from the middle period of the last century. however, the vacuum electronic device owns tremendous prepotency in the exceed - high frequency and wide frequency band and high power field, especially in the exceed - high power field. the complexion won ’ t be changed for a long period
自上世紀中後期開始,隨著半導體技術的飛速發展,許多真空電子器件逐步被半導體器件取代,但是,在超高頻、寬頻帶、大功率,尤其是超大功率領域,真空電子器件在技術和經濟方面至今仍擁有巨大的優勢,而且在今後相當長的時期內,這種局面也不會改變。From the middle - later period of the last century, with the rapid development of the semiconductor technology, large of the vacuum electronic device was replaced by the semiconductor element. however, the vacuum electronic device owns tremendous prepotency in the exceed - high frequency and high power field. this complexion won ’ t be changed for a long period
自上世紀中後期開始,隨著半導體技術的飛速發展,許多真空電子器件逐步被其取代,但是,在超高頻、寬頻帶、大功率,尤其是超大功率領域,真空電子器件在技術和經濟方面至今仍擁有巨大的優勢,而且在今後相當長的時期內,這種局面也不會改變。I major in business english. the main courses i have studied are the basic courses for english majors, french, fundamentals of business, macroeconomics, microeconomics, international commercial law, internatioal trade, the economics of money, banking and financial market & principles of marketing during my college time, i study hard, and get good marks in most of the subjects. i pay attention not only to my study but also to improving my social abilities, i taught in qin huangdao chuangzhi foreign studies school from july 2003 to 2004, was an interpreter for the world bicycle championships b 2001 in june 2001, taught in qin huangdao cambridge school from mar. 2001 to sep. 2001, and i have abundant house - teaching experiences. what ' s more, i practised in qin huangdao chia tai co. in jan. 2003. i also tried my best to improve my other abilities besides my major, such as computer, managing abilities. i got " 1st grade " in the " hebei college students ' plan for company - creating contest " ( our work will participate in the national college students ' plan for company - creating contest ), and got " excellent " in the " web - making contest " of yanshan university
大學期間,我嚴格遵守學校規章制度,尊敬師長、團結同學,有很強的集體榮譽感;學習認真刻苦,成績良好,我的專業學習涉及內容相當廣泛,包括英語的所有基礎課和國際商法、市場營銷、國際貿易、國際金融、工商導論、宏微觀經濟學等;重視理論聯系實際,在學好專業課的基礎上,積極參加各項社會實踐、實習活動, 2001年6月,我曾為世界b級自行車錦標賽(中國?秦皇島)擔當翻譯工作,在多所外語學校擔任英語教師,還多次為北方物流置業有限公司(國家、河北省重點建設項目)翻譯招商材料,而且2002年年底,在秦皇島正大有限責任公司行銷部實習;在學好專業課的同時,為了補充和擴展自己的知識面,我廣泛涉獵其他學科的知識,如計算機、網路、創業等,盡量使自身更快成長為一專多能型人才, 2002年4月開始參加燕山大學學生創業計劃大賽,並在2003年上半年參加了河北省大學生創業計劃大賽,獲得了一等獎的優異成績,並將報送參加國家大學生「世紀杯」創業計劃大賽, 2002年4月,參加燕山大學「綠色網路」網頁製作大賽,獲得了優秀獎。 。As the great reform and progress in a lot of techniques have been made in the new generation of semiconductor high - frequency power amplifier, valve power amplifiers are replacing by complete solid - state high - frequency linear power amplifiers gradually
隨著新一代半導體高頻功率放大管的一些突破性變革和多種技術的推陳出新,電真空管功率放大器正在被全固態高頻線性功率放大器逐步取代。The relays may lack the high speed switching characteristic of the solid - state state switches used by other preamplifiers, but they also have none semiconductor distortions and noise which accompany analog gates and voltage controlled amplifiers
與其他前級放大器所用的半導體開關相比,這些繼電器缺少高速轉換的特性,但它們沒有隨著模擬開關和電壓控制放大器所帶來的半導體失真和噪聲。Based on the historical space forecast data and corresponding actual data provided by a global semiconductor assembly and test company, the uncertainty of space planning was defined. during this analysis process, linear regression, grey prediction, neural network back propagation algorithm and confidence interval were applied, respectively, to define the uncertainty. compared with those methods, the confidence interval of historical space forecast error, calculated by mathematical statistics, was the reasonable method to define the space forecasting uncertainty
本文從半導體工廠長期生產能力計劃的頂層即廠房生產面積的計劃展開,對一跨國半導體封裝測試公司提供的廠房生產面積的長期歷史預測數據以及對應的真實數據進行分析,採用線性回歸,灰預測,神經網路bp演算法,基於數理統計的置信區間的求解等方法分別定義廠房生產面積預測的不確定度,經多種方法的比較得出,基於數理統計方法求解出的生產面積歷史預測誤差置信區間能直觀清楚地標定不確定度。The department of vacuum was therefore authorized to take over the current resources and continue the manufacturing, marketing and development of all the vacuum - products independently. the manufacturer and overhaul center remain in the same location in hsin - chu industrial park. we have set up a water and gas cleaning system to meet the requirement of environmental protection
公司主要生產半導體廠專用的真空幫浦,包括乾式真空幫浦渦輪分子真空幫浦等的研發製造銷售及維修,真空系統設計製造與銷售,真空元件銷售等,及其他教學系統銷售。Most of the vacuum pumps in taiwan, apart from the ones previously sold by teco, are imported. taiwantorr is the one and only professional semi - conductor vacuum pump supplier. in addition to our specification in dry - pumps and achievement in high - speed turbo molecular pumps, we are planning on a total - solution service for all the domestic users in the semi - conductor, tft lcd, photo - electronic sectors and vacuum pump users
目前國內真空幫浦,除了少部分為之前公司東元電機所賣出去的以外,幾乎都是進口,本公司為國內唯一半導體真空幫浦專業廠商,除了擁有乾式真空幫浦技術外,對于高真空的渦輪分子真空幫浦也已有研發成果,本公司將針對國內半導體tft lcd光電及所有需要真空幫浦的使用者,提供一個全方位的服務。Unlike oil pumps for traditional industries, our dry pumps are specified for the use of semiconductor companies. the rotor of vacuum space is not sealed with oil, but with the application of the minute clearance and high - speed rotation. therefore, a special demand is laid on the precision manufacture techniques, assembly procedures and profile design of roots rotor
以乾式真空幫浦為例,在2001年2月第一臺賣出去以來,已賣出數百臺,本乾式真空幫浦等級屬於半導體廠專用乾式真空幫浦,不同於傳統產業使用的油式真空幫浦,旋轉轉子真空腔體內不用油去密封,而是用微小的間隙配合高速旋轉的轉子進行密封,因此特別講究精密加工技術精密組裝技術魯氏轉子線型設計。Vacuun deposition technology in organic semiconductor device fabrication
有機半導體器件的真空鍍膜技術High - quality flow controller, pressure transducer, pressure gauge ect. for vacuum equipment, coating equipment and semiconductor equipment
用於真空鍍膜、真空濺射、半導體製造設備的質量流量計、壓力傳感器、壓力表及相關產品。Semiconductor vacuum evaporation equipment
半導體真空蒸鍍設備Copper and copper alloys - products of high conductivity copper for electronic tubes, semiconductor devices and vacuum applications
銅和銅合金.電子管半導體器件和真空設備用高電導率銅的製品The traditional molecular pump with popular bearing can not meet the challenge of semiconductor manufacturing because of the vibration, short life, unpure vacuum and so on. so it is very important to design the magnetic bearing and power amplifier for molecular pump
本課題研究的目的是,解決傳統軸承型分子泵應用在半導體製造行業時出現轉速低、壽命短、真空不潔凈等問題,設計分子泵的磁懸浮軸承結構和功率放大器,對實現分子泵在半導體工業中的良好應用有著重要的意義。Resonant pressure sensors are fabricated by ic process and mems technology and bonded to a stress isolating mechanical structure and sealed into an evacuated package
晶元利用半導體ic工藝和mems工藝製作,採用一種減小封裝應力的結構,完成壓力傳感器的真空密封及封裝。Temperature dependence of vacuum rabi splitting in a single quantum dot - semiconductor microcavity
半導體微腔中單量子點的真空拉比分裂的溫度效應Copper and copper alloys - products of high conductivity copper for electronic tubes, semiconductor devices and vacuum applications ; german version en 13604 : 2002
銅和銅合金.電子管半導體器件和真空設施用高電導率In this paper, the author firstly analyzes the general situation on micro - vision in domestic and overseas in chapter 1 and 2. and the scheme how to measure the width of the circuit in semiconductor chips is also determined
文中,作者首先在第一、二章認真分析了國內外在顯微機器視覺方面的發展概況,研究了小尺寸測量的有關問題,確定了對半導體晶元電路線寬進行顯微測量的研究方案。分享友人