fabrication technology 中文意思是什麼
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Fabrication technology of al cu impedance match eos measurement target
阻抗匹配狀態方程測試靶制備工藝研究 -
Fabrication technology of microlens array by melting photoresist
微透鏡陣列的光刻膠熱熔製作技術 -
In order to make the sensitivity of 2 - demension accelerometer along the two main arbors almost identical, symmetric four - beam structure that embeds a double - sides interdigitated differential capacitive with puckered beam in two directions was used as sensitive component. in addition, the differential capacitive accelerometer fabricated by bulky silicon micromechanical technique has high sensitivity, wide measurement scope, less nonlinear error, and simple converting circuit. then, the structure parameters of the sensitive component were calculated and stimulated, which results in a set of the optimized structure design parameters, main fabrication procedure and several key fabrication technology
為使二維振動傳感器在兩主軸方向的靈敏度大致相同，敏感元件採用高度對稱的四梁結構，其中每個軸向上均採用帶折疊梁的雙側叉指電容結構，採用體硅微機械工藝製作的高深寬比叉指電容式敏感元件，具有高靈敏度、寬量程、非線性誤差小、外圍電路簡單等優點;對設計的敏感元件結構參數進行了計算，並利用有限元法進行了模擬分析，根據模擬結果得出了優化參數;在確定敏感結構的基礎上，研究了敏感元件採用體硅微機械加工工藝製作的工藝流程和關鍵工藝技術;對敏感晶元內部的c - v介面電路進行了原理設計與分析，利用差動測量技術得到由振動引起的微小電容變化量，經c - v介面電路進行相位調制處理，然後通過解調輸出與加速度成正比的電壓信號。 -
They learn the chicken to the east, to the phoenicians studied shipbuilding technology and navigation technology, and learn the hittites who invented fabrication technology
他們向東方學會了養雞，向腓尼基人學習了造船技術和航海技術，並學會了赫梯人發明的冶鐵技術等。 -
In recent years, iee initiated many leading basic researches in advanced energy & electricity technologies, modern electrical drive technologies, applied superconducting technologies, biomedical engineering and micro - nano fabrication technology, developed several high - strategic technologies which can drive the related industrial technologies to upgrade, and formed some high - tech industries involving advanced medical equipment, advanced electrical drives, special electromechanical equipment and green energy resources devices
近年來，電工研究所在先進能源電力技術、現代電氣驅動技術、應用超導技術、生物醫學工程和微納電加工技術等領域開展了大量前沿基礎性研究，發展了多項促進相關產業技術進步的戰略性高技術，並以多種形式初步形成了高檔醫療設備、先進電氣驅動、特種機電裝備和綠色能源裝置等高新技術產業。 -
3. finally, we explore a serial of other fabrication technology of sbd of high frequency, including oxidation techniques, photoetching techniques and vacuum deposition. an original sbd of high frequency has been made
最後，利用所生長的薄硅外延片，探索出其它一系列相關的高頻肖特基二極體的製作工藝，包括氧化工藝、光刻工藝、真空鍍膜工藝等，製作出了高頻肖特基二極體的原型器件。 -
Fiber optic gyroscope ( fog ) is an advanced instrument to measure the angle velocity of rotation body. it realizes the measurement of optical sagnac effect using solid all - fiber structure. it overcomes mechanical - electrical gyro ' s reduction of dynamic performance and life - span caused by the structure or the requirement of high rotation rate mass, and the laser gyro ' s fabrication technology complication and high cost caused by the rigid requirement of optical circuit resonation
光纖陀螺是一種先進的測量載體絕對角速度的儀表，它利用固態的全光纖結構和sagnac效應來實現測量，克服了機電陀螺在構造上需要一定的高速度旋轉質量，導致動態性能及壽命的降低，或者環形激光陀螺因諧振要求過于苛刻，使工藝復雜性及成本過高等一系列缺點，從而成為當今最具有競爭性的新型陀螺。 -
A new terahertz source of folded waveguide traveling - wave - tube which based on vacuum electronics is introduced, which may answer the question for scarcity of small, economical terahertz source with continuous wave of high average power. secondly, transmission characteristics of terahertz wave in the periodic slow wave circuit of folded waveguide traveling - wave - tube have been researched combined with development of micro - fabrication technology. dispersion relation and interaction impedance of the slow wave circuit are deduced by the way of equivalent circuit, and results accounted by theory are close to those simulated by software
其次，結合計算機模擬技術對這種新型太赫茲輻射源的折疊波導慢波線路傳輸特性進行研究:用等效電路法從理論上推導了慢波電路場、色散關系及線路耦合阻抗，電磁模擬軟體計算得出的慢波電路色散曲線與理論計算所得結果基本上一致，表明這種尺寸的慢波電路在太赫茲頻段有著色散曲線較平坦以及寬帶、低損耗的良好傳輸特性。 -
Discussion on fabrication technology of art textiles
藝術織品編織技術探討 -
A new optical fabrication technology of bonnet tool polishing is introduced, which could produce high precision aspheric surface
摘要介紹一種新型的非球面光學零件拋光方法氣囊拋光，這種方法可以得到高質量的光學表面。 -
The main cause is due to the poor internal capability of the enterprise, especially the problems lie in product combination fabrication, technology and equipment, research and development, organization and interface as well as in strategy administrations
導致這種狀況的主要原因是企業內部能力較差，特別是在產品組合、生產製造、技術裝備、研發、組織界面管理、戰略管理方面存在諸多問題。 -
Physics device model, component structure design and fabrication technology are discussed based on the thorough analysis of strained silicon and soi physics mechanism. the detail contents are as follows. the analytical threshold voltage model, drain current model and transconductance model are derived from poisson ’ s equation for the fully depleted strained soi mosfet
本論文圍繞這一微電子領域發展的前沿課題，在深入分析應變硅和soi物理機理的基礎上，對器件的物理模型、器件結構設計和工藝實驗等問題作了研究，主要包括以下幾部分:首先，從器件的物理機制出發，建立主要針對薄膜全耗盡型器件的閾值電壓、輸出電流和跨導模型。 -
Due to some factors induced by the fabrication technology and fitting process, the inevitable hrg structure error can affect the amplitude detection and control
半球諧振陀螺由於製造工藝和裝配過程中的因素，其結構難免出現誤差，對振幅的檢測和控制產生影響。 -
Kionix manufactures inertial sensors using plasma micromachining, a highly - refined, proprietary, deep reactive ion etch drie fabrication technology. the resulting products are ultra - small mechanical elements integrated with electronics to create microelectromechanical systems mems
Kionix的慣性sensor採用的plasma微機電製程，是一種經高度改良且有獨家專利製程，使產品的機械結構部份做到最小並同時與電子電路結合形成一先進的微機電產品 -
Then based on the principle for pcr, 20 - cycle continuous - flow pcr is designed using cad software. to the designed 20 - cycle continuous - flow pcr chip, a krf excimer laser ( direct write method ) is adopted as the fabrication technology, and the polymethyl methacrylate ( pmma ) is selected as the substrate. so the appearances of pmma surface etched before and after by 248nm excimer laser under different incident fluences are analyzed using sem
為此在應用掃描電鏡和三維形貌分析儀對pmma表面被準分子激光刻蝕前後的形貌、刻蝕粗糙度以及單脈沖刻蝕率等進行詳細分析的基礎之上，總結出了準分子激光刻蝕pmma的宏觀規律和微觀刻蝕機制，提出了一種準分子激光刻蝕pmma的是光熱光化學以及羽輝共同作用的理論解釋。 -
After studying the precision of fdm process, a rapid edm electrode fabrication technology based on fdm is developed, the technology, which combined pulse - reverse electroforming with strengthening of copper wire - arc spraying, can obtained compact crystal electrode ' s working part, and strengthened filling part which has big adhesion strength, better electricity and heat conductivity, the edm performance of the obtained electrode reaches that of electrolysis copper electrode
繼fdm工藝精度研究后，開展了快速模具製造技術的研究，建立了基於fdm原型快速製造電加工電極的工藝。該工藝將脈沖電鑄和電弧噴塗紫銅背襯相結合，獲得了結晶緻密的電極工作層和結合強度高、導電與導熱性良好的電極背襯層，得到的電極達到了常規機加工紫銅電極的電加工性能。 -
Laser solid forming ( lsf ) was an advanced fabrication technology that developed from rapid prototyping technique in 1990 ' s and progressed very fast in the recent years. it has a promising future since a density metal component can be rapidly deposited by laser cladding metal materials additively
激光立體成形技術是於二十世紀九十年代在快速原型技術的基礎上發展起來的一項新的先進的製造技術，該技術採用同步送粉激光熔覆方法沿高度方向逐層堆積金屬粉材，從而最終獲得三維實體零件。 -
Due to their versatile function, oxide thin films can be widely applied in the fields of microelectronics, optoelectronics and microelectronic mechanism systems. thus the fabrication technology and growth control approach have been extensively investigated
氧化物薄膜由於其豐富的物理性質可廣泛地被應用於微電子學、光電子學和微電子機械繫統等領域，對其制備工藝和生長控制的研究愈加受到重視。 -
Finally, aimed at laminated object manufacturing ( lom ) machine which is widely applied in domestic market, a new technique for covering lom prototype with special coating spraying is put forward, the problem on metallization of lom prototype is resolved by means of rapid electroless plating copper, a rapid edm electrode fabrication technology based on lom is established
最後，針對目前國內市場應用較普遍的分層實體製造（ lom ）快速成型設備，提出了基於特殊塗料噴塗法的lom紙質原型封閉處理新技術，通過快速化學鍍銅解決了lom紙質原型導電化的難題，建立了基於lom紙質原型快速製造電加工電極的工藝。 -
Light alloy fabrication technology
輕合金加工技術
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