資源共用 的英文怎麼說

中文拼音 [zīyuángòngyòng]
資源共用 英文
resource sharing
  • 資 : Ⅰ名詞1 （錢財; 費用） money; wealth; expenses 2 （資質） intelligence; endowment 3 （資格） quali...
  • 源 : 名詞1. （水流起頭的地方） source （of a river）; fountainhead 2. （來源） source; cause 3. （姓氏） a surname
  • 共 : 共動詞[書面語]1. （圍繞） surround2. （兩手合圍） span with the hand
  • 用 : Ⅰ動詞1 （使用） use; employ; apply 2 （多用於否定: 需要） need 3 （敬辭: 吃; 喝） eat; drink Ⅱ名...
  • 資源 : natural resources; resource
  1. The nanjing day tan oak domestic electric appliances limited company, is engaged in yu youyan machine, the fuel gas stove has, the fuel gaswater heater, the electric boiler, the electricity air bath, disinfects the cabinet, the electromagnetism stove and so on the smallelectrical appliances production and the sale operates privately thelimited liability company, the product proliferates area and so onmainland china and southeast asia has an experience rich technologyabundant outstanding team, has the specialty private enterprisemanagerial talent and control system day ke ren understood sets upthe brand, fully displays the team spirit, my si dingbi the takedivision of labor and cooperation, the superiority supplementary, resources sharing, the reciprocal benefit mutual benefit as aprinciple, provides extremely has the market competition strength bymight and main for the collaborator the product our objective is : development, innovation, prestige, highly effective, enterprising, strives for realism, development, quality

    南京天柯家用電器有限公司，從事于油煙機，燃氣灶具，燃氣熱水器，電熱水器，電氣鍋，消毒櫃，電磁爐等小家電生產及銷售的私營有限責任公司，產品遍布中國大陸及東南亞等地區.有著一支經驗豐富技術雄厚的優秀團隊，有專業的私營企業管理人才和管理制度.天柯人懂得樹立品牌，充分發揮團隊精神，我司定必以分工合作、優勢互補、資源共享、互惠互利為原則，竭力為合作者提供極有市場競爭力的產品.我們的宗旨是：開拓，創新，信譽，高效，進取，求實，發展，質量
  2. Since these two models - the apolitical on demand business environment and the political enterprise - are diametrically opposed, we need technology that encourages enterprise " kingdoms " to share their resources

    由於這兩種模型恰好截然相反：一個是與策略無關的隨需應變業務環境，另外一個卻是具有嚴格策略的企業，因此我們需要採用一些技術來鼓勵這些企業「王國」進行資源共享。
  3. Hence, with a strategic view to subsequent severe situations, domestic corporations should take full use of companionate capital & technology and acquire reciprocal advantages and share in resource in order to improve their strength and international competitiveness

    因此，我國企業要從戰略的角度出發，著眼於今后的艱巨形勢，通過聯盟實現優勢互補與資源共享，充分利用夥伴的資金、技術等資源，以增強自己的實力和國際競爭力。
  4. ( we call it “ monopoly model ” ). this “ monopoly model ” neglects the ecological and public nature as well as the rareness of the resources ; as a result, it leads to the inefficiency, ineffectiveness and waste of the natural resources, interrupting the implementation of the sustainable development strategy

    這種制度模式忽視了自然資源的生態、稀缺與公共屬性，忽視了市場機制與公眾參與對自然資源開發、利用與生態環境保護的重要意義，導致了自然資源利用低效率、無效率，浪費嚴重，嚴重威脅著我國可持續發展戰略的實施。
  5. Abstract : a cad tool based on a group of efficient algorithms to verify, design, and optimize power / ground networks for standard cell model is presented. nonlinear programming techniques, branch and bound algorithms and incomplete cholesky decomposition conjugate gradient method ( iccg ) are the three main parts of our work. users can choose nonlinear programming method or branch and bound algorithm to satisfy their different requirements of precision and speed. the experimental results prove that the algorithms can run very fast with lower wiring resources consumption. as a result, the cad tool based on these algorithms is able to cope with large - scale circuits

    文摘:介紹了一個基於標準單元布圖模式的電源線/地線網路的輔助設計集成工具.它應用了一系列高效的演算法，為用戶提供了電源線/地線網路的設計、優化和驗證的功能.非線性優化技術、分枝定界演算法和不完全喬萊斯基分解的預優共軛梯度法是該工作的三個主體部分.用戶可以選擇使用非線性規劃的方法或者幾種分枝定界方法來滿足他們對于精度和速度方面的不同需求.實驗結果表明，文中所提供的演算法可以在很快的運行速度下實現更低的布線資源佔用.因此，在這些有效演算法基礎上實現的輔助設計工具具有處理大規模電路的能力
  6. This paper concerns studies on rhizobia in symbiosis with important legume soybean and peanut crops in china, following : 1 ) summarized bio - diversity of rhizobia, including indigeneous population, isolation frequency, strain type, distribution, and strain - host promiscuity and compatibility from large and small samples. 2 ) reviewed symbiont improvement in both sides of rhizobia and hosts, involving selection of effective rhizobial strains, evoluation and utilization of the host germplasm for symbiotic properties, and selection of the both sides for special characters. 3 ) discussed the subject on the rich symbiont germplasm resource in china and on further research being necessary to exploitation and utilization of the benificial germplasm

    針對我國主要豆科作物大豆和花生的研究成果，並結合本身研究工作內容， （ 1 ）總結了與宿主共生的根瘤菌生物學多樣性，包括大、小樣本的土著根瘤菌群體數量、分離頻率、類型與分佈及其菌株宿主共生混交性與親和性； （ 2 ）評述了根瘤菌宿主植物共生體雙邊固氮改良，包括優良菌株的選育、宿主品種資源共生特性的評價與利用及特異性狀的選擇； （ 3 ）討論了我國這一類共生體資源的豐富性以及有必要進一步加大力度研究有益資源的開發和利用的問題。
  7. Abstract : this paper concerns studies on rhizobia in symbiosis with important legume soybean and peanut crops in china, following : 1 ) summarized bio - diversity of rhizobia, including indigeneous population, isolation frequency, strain type, distribution, and strain - host promiscuity and compatibility from large and small samples. 2 ) reviewed symbiont improvement in both sides of rhizobia and hosts, involving selection of effective rhizobial strains, evoluation and utilization of the host germplasm for symbiotic properties, and selection of the both sides for special characters. 3 ) discussed the subject on the rich symbiont germplasm resource in china and on further research being necessary to exploitation and utilization of the benificial germplasm

    文摘:針對我國主要豆科作物大豆和花生的研究成果，並結合本身研究工作內容， （ 1 ）總結了與宿主共生的根瘤菌生物學多樣性，包括大、小樣本的土著根瘤菌群體數量、分離頻率、類型與分佈及其菌株宿主共生混交性與親和性； （ 2 ）評述了根瘤菌宿主植物共生體雙邊固氮改良，包括優良菌株的選育、宿主品種資源共生特性的評價與利用及特異性狀的選擇； （ 3 ）討論了我國這一類共生體資源的豐富性以及有必要進一步加大力度研究有益資源的開發和利用的問題。
  8. This paper researches and analyses the developments of web technology and magnetostrictive transducers from world wide region. the paper also analyes the characteristics curve of magnetostrictive transducers based on its equivalent circuit and researches the method how to make sure its syntony frequency and its electric simulation network parameters. at the same time, by using jsp technology, a magnetostrictive transducer electric simulation application is designed based on b / s three - tier system structure. the experiment data is fitted by curve fitting module. the equivalent input impedance of it with stimulate loop is separated based on the results of curve fitting and the syntony frequency and electric simulation network parameters of magnetostrictive transducers is determined by the input impedance. the method presented in this paper can determine the syntony frequency and electric simulation network parameters of magnetostrictive transducers with a better accuracy than the testing method of syntony & anti - synton y. further more, jsp, the advanced technology at current, has been used to realize a magnetostrictive transducer web electric simulation system. the system has good human computer interface and the function of resource sharing and information publishing. the research of this paper and its achievements have some practical merits in the researchful and applied fields of magnetostrictive transducer

    用java編程語言編寫的曲線擬合模塊，對輸入的實驗數據進行了最小二乘法的曲線擬合；根據曲線擬合結果可從帶激勵線圈的磁致伸縮換能器的輸入阻抗中分離出磁致伸縮換能器鐵芯在無激勵電流時由機械振動形成的等效輸入阻抗，並由此輸入阻抗確定磁致伸縮換能器的諧振頻率及電氣模擬網路參數。本課題提出的方法與傳統的諧振?反諧振法相比，能更準確地確定磁致伸縮換能器的諧振頻率及其電氣網路參數。同時，採用當前比較先進的web技術，實現了基於jsp的磁致伸縮換能器web電氣模擬系統，該系統具有良好的人機界面和資源共享、信息發布功能。
  9. With the network technology, this system is aimed at realizing dynamic ally, resource - share and network - cooperation among enterprises, realizing agile management, agile design and agile manufacturing throughout the whole process of enterprise ' s production, and implementing application integration, enterprises integration and environment integration of heterogeneous mutual - cooperation. in this way, the ability of market competition of the enterprise can be enhanced greatly

    該系統旨在通過計算機網路技術建立企業動態結盟，實現企業間的資源共享與網路協作，實現企業經營生產全過程的敏捷化管理、敏捷化設計和敏捷化製造，實現異構與異地互操作的應用集成、企業集成和環境集成，提高企業的市場競爭能力。
  10. In fact there are few people are familiar with fem and in generic department usually only uses fem to analyse several aptotic problems. so when we analyse a problem only need to change the size of model and magnitude of force. we can use existing fem software and program language to build new system

    在實際的有限元軟體使用過程中，對具體行業而言，分析的問題都集中在具體的一部分問題，在對某一具體問題的分析中，需要用戶進行調整的參數往往是比較固定的，所以對具體問題的分析模塊進行參數化資源共享對實際應用中提高有限元軟體的使用效率是非常有效的。
  11. In the following part, the author expatiate the experience and kernel technology during implementing cals strategic system which brought out by amercia dod. on the base of consummate the software and hardware in perfect, the author probes into the validly composite concept model of information resource share in our army. the concept model can provide some reference on how to lay out basic establishments and environment for information resouce share, we hope we can realize effective information resource share level in battleplan development by adopting relative technological criterion and policy

    本文從研究國內外軍機研製部門在實現信息資源共享領域的應用現狀著手，詳細探討了美國國防部在推出cals戰略體系時的實施經驗和相關核心技術，在進一步完善現有軟、硬體設施的基礎上探討了我軍軍機研製中實現有效信息資源共享集成系統的概念模型，為統一規劃和建設適應我國軍機研製的信息資源共享環境提供了參考，爭取在下一代軍機研製牛能夠實現滿意的信息資源共享水平。
  12. With the development of internet economic, in order to reduce the cost and share the network, it is more important to manage all kinds of resources in enterprise intranet. thus we proposed catalog services

    隨著網路經濟的蓬勃發展，對企業網路中的用戶和各種資源進行有效管理、降低管理成本、保障網路安全、實現網路資源共享變得越來越重要，目錄服務由此應運而生。
  13. The core problem of cluster computing is resource sharing and its fully utilization, because the best performance can not be achieved when loads among nodes are unbalanced

    集群計算系統的核心問題是資源的共享及有效利用，只有平衡的負載才能達到最大的資源使用率。
  14. So it is considered that the theory of the way to expand reproduction based on scale benefit theory, property right theory of system - economics, exchange expense theory and consignation substitution theory are theoretical bases of system innovation of macro universities. and resource sharing, deploying, recomposing theories are its theoretical support

    論文首先對巨型大學組織變革理論進行了梳理，認為90年代以來關于擴大規模，提高效益，走內涵發展的政策；制度經濟學的產權理論、交易費用理論、委託代理理論；以及資源共享、資源配置、資源重組理論等是巨型大學形成的理論基礎。
  15. On the basics of guangzhou city urban mass transit line net development experiences, considering the research of resources sharing of guangzhou transit line net planning, this paper discusses the necessity, the main factors and principle of the route laying, makes an integrated analysis of the adaptable ranges of the ground line, the elevated line and the underground line, as well as their influences over land use, environment and engineering mat, which, as the authors hold, will provide the technique support for the route laying mode planning of the line net

    摘要結合廣州市城市軌道交通線網建設規劃的經驗，在廣州市城市軌道交通線網資源共享規劃研究的基礎上，對線路敷設方式規劃的必要性、主要內容、影響因素及確定原則進行了闡述，並對地面線、高架線、地下線三種形式在適用范圍、對城市土地利用、對環境影響、工程造價等方面進行了綜合分析比較，為線網線路敷設規劃提供技術支持。
  16. Using fiber as the backbone network in nayong power plant. 2. realizing the interlinkage and sharing resource in every office with bluetooth

    （ 2 ）採用藍牙技術實現納雍發電廠內各個部門辦公室內的無線互聯和軟硬體資源共享。
  17. Realizing the interlinkage and sharing resource in every office with bluetooth. 3 ). developing the embedded instrument with bluetooth to realize remote control measure the device

    （ 2 ） 、採用藍牙技術實現發電廠內各個部門辦公室內設備之間的無線互聯和軟硬體資源共享。
  18. 17, isoptera " is the most authoritative book on termite classification in china. we use web and databank technologies to realize the sharing of termite classification information. nowadays people pay more attentions to the intellectual property, especially the copyright of software

    《中國動物志?昆蟲綱?第十七卷?等翅目》為我們提供了白蟻分類方面的權威資料，利用計算機web技術和數據庫技術，實現這些權威資料的網路化、數字化，是實現分類資源共享的重要途徑。
  19. The knowledge information resource sharing under the environment of the network can fully utilize the knowledge information resources all over the world and it is the extensive sharing between producer, processor, server of a kind of knowledge information resources, and user, which is a real knowledge information sharing

    摘要網路環境下的知識信息資源共享能在全球范圍內充分利用知識信息資源，是一種知識信息資源生產者、加工者、服務者與用戶之間的廣泛共享，是一種真正的知識信息共享，不再只是文獻載體的共享。
  20. Specialized operation and delegation, teamwork operation, sharing of resources and achievements

    專業分工、團隊經營、資源共用、成果共享
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