gate mechanism 中文意思是什麼
gate mechanism
解釋
導水機構-
It is found that the main electronic conduction mechanism in the high field regions of the i - v characteristics is identified to be fowlernordheim tunneling. the effect of y ray on sic mos c - v characteristics depends strongly on the bias voltage applied to the gate electrode during irrad
當氧化層中存在較強電場時，電離輻照對s匯mos電容的影響會更明顯， sicmos器件比st器件具有更好的抗y輻照的能力。 -
Analyze the yellow river estuary sediment transport and distributing affected factors, utilize the field measured data, based on the hydraulics, river hydrodynamic and statistics fundamental theory, analyze the estuary sediment transport and settling deposition regulation, yellow river estuary gate area sediment deposition mechanism and estuary delta coastline dynamic balance, and some important achievements acquired
研究報告分析了黃河河口泥沙輸移和分佈的影響因素，利用實測資料，運用水力學、河流動力學、統計學等基本理論和原理，對河口泥沙輸移及其分佈規律、黃河河口口門區域泥沙沉積機理以及河口三角洲岸線的動態平衡問題進行了分析探討，並取得了部分重要認識和進展。 -
Based on the hydrodynamic energy transport model, the influence of variation of negative junction depth caused by concave depth on the characteristics of deep - sub - micron pmosfet has been studied. the results are explained by the interior physical mechanism and compared with that caused by the source / drain depth. research results indicate that with the increase of negative junction depth ( due to the increase of groove depth ), the threshold voltage increases, the sub - threshold characteristics and the drain current driving capability degrade, and the hot carrier immunity becomes better in deep - sub - micron pmosfet. the short - channel - effect suppression and hot - carrier - effect immunity are better, while the degradation of drain current driving ability is smaller than those with the increase of depth of negative junction caused by source / drain junction shallow. so the variation of concave depth is of great advantage to improve the characteristics of grooved - gate mosfet
基於能量輸運模型對由凹槽深度改變引起的負結深的變化對深亞微米槽柵pmosfet性能的影響進行了分析，對所得結果從器件內部物理機制上進行了討論，最後與由漏源結深變化導致的負結深的改變對器件特性的影響進行了對比.研究結果表明隨著負結深（凹槽深度）的增大，槽柵器件的閾值電壓升高，亞閾斜率退化，漏極驅動能力減弱，器件短溝道效應的抑制更為有效，抗熱載流子性能的提高較大，且器件的漏極驅動能力的退化要比改變結深小.因此，改變槽深加大負結深更有利於器件性能的提高 -
Based on a magnetic field controlled electron spin quantum system, utilizing the mechanism of realizing the unitary evolution of the quantum state through the quantum gate, an optimal control strategy to prepare an arbitrary quantum state is proposed
摘要針對以磁場為控制場的電子自旋量子比特系統，結合量子門實現量子態么正演化的量子態調控機制，提出了一種量子比特系統任意量子態的最優制備策略。 -
The importance of network security is introduced. by analysing traditional measurements taken on network security, we find out that the last network security gate should be established on operating system level. a mac mechanism on socket layer is implemented in the paper
3 ） 、研究了傳統的文件保護措施，結合嵌入式文件系統的特點，提出了一種基於文件描述符的文件安全機制，從文件操作api級實現了對文件的保護。 -
The main work of this thesis analyzes the organic static induction transistor ' s operational mechanism, and researchs the change of gate length, change of gate - drain distance and change of electric channel breadth for operational characteristics influence of organic static induction transistor
本論文的主要工作是解析有機靜電感應三極體的工作機理，並研究了柵極長度變化、柵漏極間距變化和導電溝道的寬度變化對有機靜電感應三極體工作特性的影響。 -
Abstract : the applications of commonly used butterfly valve, gate valve, restriction - orifice and wear resistant flow adjusting valve in dedusting system were concretely analyzed, and the mechanism of wear resistant flow adjusting valve was described in detail
文摘:對工程中常用的蝶閥、閘扳閥、節流孔扳和耐磨型流量調節閥在除塵系統中的運用作了具體的分析，並著重對耐磨型流量調節閌的機理進行了比較詳細的論述 -
Xh rubber slowly - closing cut - off vavle is a new water supply and drainage vavle with full rubber structure, duck - mouthed appearance and functions or positive flow - in and reserve cut - off. according to thrust analysis and calculation as well as different operation mechanism and different rubber products by special processing. all will be open at weak hydraulic pressure is higher, the vavle gate will open more greatly and the water flow is greater. at reserve operation, the vavle gate closes naturally and seals tightly cut - off vavle ; the back pressure is higher, the vavle gate closes more tightly and the seal effect is better. it is used widely in various drainage exit to prevent from pouring backwards and flowing backwards in city planning, water conservancy and sewage disposal etc. it is the ideal productto replace flap vavle
Xf型橡膠緩閉逆止閥是一種全橡膠結構外形呈「鴨嘴狀」 ，具有「正向流入反向逆止」功能的新型給排水閥門產品。它根據受力分析和受力計算，針對不同的工況，採用不同的設計機理，選用不同的橡膠配方，並按特殊工藝製作而成。正向工作時，水由進水口流入，微小的水壓，便能打開閥門，水壓越大，閥門開啟越大，水流量越大。 -
With the research on hfoxny gate dielectrics, it can reduces leakage current and increase crystallizing point ; our research can help to realize the leakage current mechanism and silc effect of hfo2, futher more it can offer us direction on optimize the fabrication process
結果表明，與hfo :相比，氮化的hfo :具有小的漏電流。我們的研究結果有助於進一步了解hro :柵介質的泄漏電流機制和silc效應的特徵，為進一步優化hfo :高k柵介質的制備工藝提供指導。 -
For this, with the administrative management theories for prop up, study function design and its guarantee mechanism problem of the government gate website from the academic theories, regardless from the electronic governmental affairs of farsighted development consider, or from the status 、 the function and the development of the government gate website itself, and the practice of the contemporary administrative management etc. aspects consider, all have count for much theories worth and realistic meaning this text combines nowadays our country governmental functions change physically and especially a service type ' s government ' s target to pursue, the basis which joins the government the gate website function a design commences, analysis and research nowadays stage our country the government gate website should have of function mindset, and take this as foundation, study to put forward the government gate website concrete function to arrange and the related topic program a suggestion
事實上，政府門戶網站的功能設計首先應踐行當代行政理念，以政府自身的職能定位和服務內容作參照，以服務廣大公眾為根本，再輔以網站功能保障機制，才能更好地打造促進政務公開，開展行政審批，提供社會保障，普及教育文化，宣傳環境保護和『防偽打假』 、 『掃黃打非』等的信息平臺。為此，研究政府門戶網站的功能設計及其保障機制問題顯得尤為重要。本文結合當今我國政府職能轉變實際，特別是服務型政府目標追求，從政府門戶網站功能設計的依據入手，分析和研究信息時代我國政府門戶網站應有的功能取向，並以此為基礎，研究並提出政府門戶網站的具體功能安排和相關欄目規劃建議，最後提出網站功能的保障機制。 -
Because these harmful phenomena are closely related to the dynamic process of the flow, it is of great importance, theoretically and practically to the engineering design, to study the flow regime and predict the variations of flow velocity and pressure so that the hydrodynamic mechanism of cavitation and gate vibration could be analysed
由於這類有害現象的發生與水流的流動特性密切相關，探明閥門段水流急變分離的流態、預測流速、壓力時空變化規律，分析空化與振動的水動力學成因，在理論上和工程設計實踐上皆具有重要意義。 -
In chapter 3, we focus our attention on discussing the geometric phase ( berry phase ) of quantum state evolving adiabatically and the controlling mechanism about the two - qubit conditional geometric quantum phase - shift gate realized by using of the adiabatic geometric phase - shift
第三章，集中討論了量子態的絕熱演化幾何相（ berry相）以及絕熱幾何相移實現的兩量子位條件幾何量子相移門的控制機制。
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