子學科 的英文怎麼說
中文拼音 [zixuékē]
子學科
英文
sub desciplines-
On the base of serious summarizing the experience of more than 20 pilot villages of the all city during the past 7 years, twice villages surveys in large scale in 1999 and 2001 ( including over 200 villages ) and thirteen pilot villages in the project of rural development by technology and education project in beijing in 2002, generalizing experience on how to develop village economy and rural development by technology and education project entirely, extrapolating the operating mechanism, management system and village development pattern in how to rely on technology to train rural elites and boom village economy especially. thereby, representing the conception, goal and operating clue of village economy and rural development by technology and education project for 21st century in beijing in detail. it is the first time to represent four operating thesis of rural development by technology and education project for 21st century in china systematically : system thesis of village productive forces ( inside ) ; regional actinoid thesis in village ( outside ), operating thesis for origin, bank and fluid, and the thesis of biology balancing and limited factors
在認真總結北京市7年多來全市20餘個科教興村老試點和1999年、 2001年兩次大規模村級調查( 200餘村) 、北京市2002年十三個科教興村新的試點的基礎上,全面總結如何依靠科技、教育在發展村域經濟、開展科教興村等方面的經驗教訓,特別是重點總結歸納了7年來北京市如何依靠科技、培育鄉土人才、促進村域經濟發展的科教興村的管理體系、運作模式、村級發展模式;在此基礎上,詳細闡述了21世紀北京市科教興村的概念、目標和工作思路;並在國內首次較系統地、深入地闡述了21世紀科教興村的四大運行理論基礎:村域生產力系統理論(對內) 、村域區域經濟發展輻射理論(對外) 、 「源、庫、流」運轉學說和「生態平衡理論和限制因子學說」 。Any two as subjects from physics, applied mathematics or electronics
下列任何兩科高補科目:物理、應用數學或電子學Given the abilities of generating all kinds of ideal and not ideal signals, it has been widely used in the domains of communication, radar, navigation and astronavigation
它可以產生各種理想及非理想的波形信號,是電子工程師、生產線以及教學科研的重要測試設備,廣泛用於通信、雷達、導航、宇航等領域。The study of the insides of atoms, or of atomic nuclei, is called nuclear science, or nucleonics
對原子內部或原子核的研究稱作核科學,或稱核子學。Bioelectronics is a rising field, which is a multidisciplinary technology and derived from biochemistry and information technology
生物電子學是生命科學和信息科學相互交叉滲透和綜合而成的前沿科學。It can be apply widely to the research of plant physiology, bionomy, agriculture, forestry and molecule biology etc. the system makes use of principal and subordinate mode virtual instrument theory
可以滿足大學本科和研究生有關實驗課教學及研究要求,可以廣泛應用於植物生理學、生態學、農學、林學和分子生物學等學科的研究中。However, the manufacture process of twt is so complicated that many kinds of subject, such as electron optics, magnetics, cathode electronics, microwave electronics, electronmagnetic fields theory, material science, mechanics and calorifics are involved in
行波管的研製涉及到電子光學、磁學、陰極電子學、微波電子學、電磁場理論、材料學、機械與熱分析諸多學科,工藝過程十分復雜。The excimer laser diopter correction and aberration correction have been proved efficiency and safety. based on cad / cam, applied optics, ophthalmology, biomedicine and computer techonlogy, this paper studied the principle of excimer laser aberration correction. the conception, cause of formation and representation of wavefront aberration are introduced
準分子激光治療屈光不正及消除像差的有效性和安全性已被證實,本學位論文將cad 、眼科視光學、波前像差技術、生物醫學技術與計算機技術等多學科理論交叉結合,系統敘述了人眼波前像差理論,包括波前像差概念、表示方法、測量方法和產生的原因等。The workable solutions are : to innovate schooling notion, to expand principles and majorities, to foster talent project and recommend the principle directors, to improve the financial and material management for the efficiency of the restructuring, and to optimize the forwardness of the projects and researches for seeking for the solid supports from the local government. applicai de and the uanas on the actuality
具體的措施策略是:創新辦學路子,發展學科專業;創新人才工作,引進和培養學科帶頭人;創新財物管理辦法,保障學科專業調整順利進行;創新課題建設和科研工作,增大支撐力度。The hindus and arabs were conscious of the precarious basis for arithmetic and algebra but had the audacity to develop these branches.
印度人和阿拉伯人體會到算術與代數的基礎是不可靠的,不過他們膽子大,敢於進一步發展這兩門學科。On - line fault diagnosis for high - power power electronics equipments is a significative subject. it is an intersectional subject that has been come into being in order to adapt to the engineering demand
電力電子裝置在線故障診斷是一個具有重要意義的課題,它是適應工程實際需要而形成的一門交叉性的綜合學科。A novel phase - shifted zero - voltage and zero - current switching pwm dc / dc full - bridge converter is presented in this thesis, which is based on the groundwork of summarization of the development of power electronics in recent years and lucubration in theoretical basis of modern high frequency soft switching power convert technique and analysis of operation principle, characteristic of the circuit and inherent drawbacks of the traditional phase - shifted zero - voltage switching pwm dc / dc full - bridge converter
本文在對近年來電力電子學科的發展高度綜述和對現代高頻軟開關功率變換技術理論基礎深入研究的基礎上,對傳統的移相控制zvspwmdc dc全橋變換器的工作原理、電路特性、存在的缺點進行了分析,在此基礎上提出了一種改進型的移相控制zvzcspwmdc dc全橋變換器。Today the subject has four main subdivisions mendelian genetics ( classical genetics ), population genetics, cytogenetics, and molecular or biochemical genetics
現在,該學科主要包括四大部分?孟德爾遺傳學(古典遺傳學) ,種群遺傳學,細胞遺傳學以及分子或生化遺傳學。Histology : the study of the structure of tissues by means of special staining techniques combined with light and electron microcopy
組織學:以特殊的染色技術以及光學顯微鏡和電子顯微鏡檢查、研究組織結構的學科。In the days of imperial examinations, the poetry considered as the main stream of literature, fiction, miscellanea, notes, and drama all serve as the popular styles for the candidates who somehow have a particular feeling for them
摘要在科舉時代,無論是被視作文學主流的詩文,抑或作為文學邊緣的小說、雜記、筆記、戲劇等體裁的作品都與科舉有著千絲萬縷的聯系,而這種聯系又源於士子對科舉的認識和科第情結。At present, the research on compensating reactive power using static compensation device is one of the most active areas in power electronics subject
利用靜止無功補償裝置實現動態無功功率補償的研究是目前電力電子學科中比較活躍的研究領域之一。Nastran, is applied to the structural discipline based on a technique named surrogate models
本文基於代理模型技術把msc . nastran運用到了結構子學科優化分析中。Artistic communication, a dual sub - subject of art and communication, is a newly - sprung overlapping marginal subject, rooted hi art, branching out in communication studies
摘要藝術傳播學是藝術學與傳播學的雙重子學科,它立足於藝術學,建構于傳播學,是一門新興的交叉融合型邊緣學科。With the development of aircraft multidisciplinary design optimization ( mdo ), high fidelity analysis methods are expected in the design process such as finite element method ( fem ) for structural analysis
其中結構子學科要求採用有限元法,所以將有限元分析軟體如何集成到mdo框架中成為一個重要的研究內容。This paper introduces briefly the development in recent years on the computation techniques of geomechanics and underground structures, and gives a comprehensive survey of the aspects concerned with author ' s research practice, but not all of the main problems in this field branch are expected to deal with
摘要本文扼要介紹了巖土力學和地下工程結構分析計算方面近年來的若干進展,主要只對作者在課題研究中所接觸到的一些工作進行綜合性闡述,而未求涉獵該一子學科領域中所有問題。分享友人