生產壽命周期 的英文怎麼說

中文拼音 [shēngchǎnshòumìngzhōuqī]
生產壽命周期 英文
production life cycle
  • 生 : Ⅰ動詞1 （生育; 生殖） give birth to; bear 2 （出生） be born 3 （生長） grow 4 （生存; 活） live;...
  • 產 : Ⅰ動詞1 （人或動物的幼體從母體中分離出來） give birth to; be delivered of; breed 2 （創造財富; 生...
  • 周 : Ⅰ名詞1 （圈子; 周圍） circumference; periphery; circuit 2 （星期） week 3 [電學] （周波的簡稱） c...
  • 期 : 期名詞[書面語]1. （一周年） a full year; anniversary 2. （一整月） a full month
  • 生產 : 1 （使用工具創造生產、生活資料） produce; manufacture 2 （生孩子） give birth to a child; childbi...
  1. These years we have developed strongly acidic macroreticular catalysts based on styrene dvb. catalyst resin d006 for mtbe tame etbe, also as catalyst use for producing tba by isobutene hydration and direct producing gasoline with high octane rating by light gasoline etherification. d008 for sba ipa, also can be used for making methyl ethyl ketone by acetone one - stepping process, tert - butanol by isobutene hydration, etherified gasoline by the etherification of isopentene and isohexene in light gasoline with methyl alcohol, high

    以上，增強了催化活性，從而延長了使用壽命，提高了周期產量二低溫活性好，選擇性強，提高了mtbe的純度，降低了雜質含量三在同樣裝置中，可增大負荷，提高產量，降低生產成本和費用。
  2. Semi - solid forming of aluminum is finding its main niche today in its growing ability to 1 ) control metal viscosity and hence mold filling behavior, 2 ) reduce die casting cycle time, 3 ) improve die life, 4 ) improve casting soundness and quality, and 5 ) produce parts at acompetitive cost

    由於鋁半固態成型技術能更好地1 ）控制金屬粘性和模具填充性能2 ）減少壓鑄生產周期3 ）增加模具壽命4 ）改善壓鑄質量5 ）使生產的零件價格具有競爭性，因此目前有重要的使用價值。
  3. In the whole process of an engineering investment project, there must be various kinds of unstable factors that can take the positive or negative effect upon the project, but the final result is come into being by all these unstable factors. in order to ensure the real benefit, it is absolutely necessary that objective and re asonable analysis and evaluation of the risk be made and corresponding measures be taken. there is very important practical significance to improve the economy benefit of construction project investment in our country

    在一個工程投資項目的全壽命周期過程中，會出現各種不確定性，每個不確定性都會對項目發生影響，但最後的影響結果是由這些不確定性共同作用而產生的，為了確保建設項目的實際收益能力，事先對其風險進行客觀、合理的分析與評價，並採取相應的措施是完全必要的，這對于改善我國建設項目投資的經濟效益具有十分重要的現實意義。
  4. By doing this, the writer try to inform industrial policy makers of cluster ' s living mechanism and provide them with an analysis mode. this article conclude seven chapters, the first and second chapter give a brief review of industrial cluster theories, the third chapter analyze how a cluster appear, the fourth chapter analyze industrial cluster ' s drives and action mechanism, the fifth chapter research industrial cluster ' s growing pattern and reasons, the sixth chapter give some advices on how to accelerate cluster ' s growing and on how to maintain a cluster ' s vital. the last chapter reveal problems faced by industrial clusters in china and put forward some advices

    本文共分六章，第一章首先對產業群的概念進行界定並簡述產業群的特徵，接著對產業集聚機理的相關理論做了簡單回顧；第二章對產業群的形成條件和萌芽動因進行了分析；第三章重點研究產業群成長的動力機制；第四章對產業群壽命周期各階段的生長特點及其動因進行了分析；第五章是在前幾章對產業群形成機制研究的基礎上得出的幾點啟示；第六章利用本文建立的分析框架對我國三類典型產業群當前面臨的動力問題進行了分析並提出了相應的對策建議。
  5. On the basis of an in - depth study the actuality and development of equipment management theory and the management software all over the world, and aiming at the principle, method and characteristic of integrated equipment management in the flow enterprise. first of all, this paper present the system frame and application system frame of integrated equipment management in the enterprise. following, according to life cycle of equipment in the process of producing, besides discussing the management method and procedure of equipment investment programming, installation, testing, usage, maintenance, repair, updating and discard in the integrated environment, bring forward construct project of every phase

    本文在深入研究國內外設備管理理論和管理軟體現狀和發展趨勢的基礎上，針對流程企業集成化設備管理的原則、方法和特點，提出了面向流程企業設備綜合管理系統的體系結構和應用系統結構；按照在生產過程中設備的壽命周期順序，探討了在集成環境下的設備投資規劃、安裝調試、使用維護、維修改造和報廢更新等管理方法的依據和思路；並制定了每個階段信息系統的建構方案；建立了在流程企業環境下設備管理的集成框架，分析了系統間的集成介面，並根據集成的要求探討了多種集成實現技術。
  6. The aeronautic weapon project is a kind of special project. it has characteristics of hi - technology, high investment, high risk, and long cycle etc. generally total lifecycle of aeronautic weapon embraces project demonstration, project design, project development, design conformation and production conformation stage, there are a large number of risks during each stage, the quality of aeronautic weapon project risk management directly influences the result of the aeronautic weapon project. how to identify every risk and analyze the influence of risk factors in different stage directly affects the result of risk management

    航空武器裝備項目是一種特殊項目，它具有高科技、高投入、高風險、長周期等特徵，一般地，航空武器裝備全壽命周期包括項目論證、方案設計、工程研製、設計定型和生產定型階段，在每個階段里都存在著大量的風險，對航空武器裝備項目風險管理的好壞直接影響著航空武器裝備項目的成敗，而如何準確識別各階段面臨的風險以及分析不同階段各風險因素的影響程度直接影響著風險管理的效果。
  7. On - line monitoring of hvcb is the precondition of predicting maintenance, is the key element of reliable run, and is the important supplement to the traditional off - line preventive maintenance in fact, the faults are made by hvcb, no matter in number or in times, is over 60 % of total faults so it has determinative importance for improving the reliability of power supply and this can greatly decrease the capital waste used by - dating overhaul in this paper, the inspecting way of hvcb mechanism characteristic is discussed the concept of sub - circuit protector is presented, the scheme that we offered has been combined with sub - circuit integrality monitoring theory, to ensure that it has the two functions as a whole according the shut - off times at rated short circuit given by hvcb manufacturer, the electricity longevity loss can be calculated in each operation, and the remained longevity can be forecast too an indirect way for calculating main touch ' s temperature by using breaker shell temperature, air circumference temperature and breaker ' s heat resistance is improved in this paper, and main touch resistance can be calculated if providing the load current msp430, a new single chip microcomputer made by ti company, is engaged to develop the hardware system of the on - line monitoring device, and special problem brought by the lower supply voltage range of this chip is considered fully

    高壓斷路器所造成的事故無論是在次數，還是在事故所造成的停電時間上都占據總量60以上。因此，及時了解斷路器的工作狀態對提高供電可靠性有決定性意義；並可以大大減少盲目定期檢修帶來的資金浪費。本文論述了斷路器機械特性參數監測方法；提出了二次迴路保護器的概念，並將跳、合閘線圈完整性監視和二次迴路保護結合起來，給出具有完整性監視功能的二次迴路保護器實現方案；根據斷路器生產廠家提供的斷路器額定短路電流分斷次數，計算每次分閘對應的觸頭電壽命損耗，預測觸頭電壽命；提出根據斷路器殼體溫度和斷路器周圍空氣溫度結合斷路器熱阻來計算斷路器主觸頭穩態溫升的方法，並根據此時的負荷電流間接計算主觸頭迴路的電阻；在硬體電路設計上，採用美國ti公司最新推出的一種功能強大的單片機msp430 ，並充分考慮該晶元的適用電壓范圍給設計帶來的特殊問題；在通信模塊的設計中，解決了不同工作電壓晶元之間的介面問題，並給出了直接聯接的接線方案。
  8. Till now, there were four stages in the development of technical maintenance, after repair, beforehand repair, daily maintenance and integrated management. nowadays, to maximize the entire efficiency the technical management, many shipping companies have introduced the policy of life cycle cost management and total productive maintenance and logistics

    如今，典型的設備管理模式在理論上大都融合了「全壽命周期費用管理、全員生產維修和後勤工程學」等思想精髓，注重設備在設計和製造階段的前期管理，追求設備管理全過程綜合效益的最大化。
  9. In this paper, on the base of analyzing the reliability operation status and the reliability data of 200mw units with the reliability management information system for jingyuan power plant, the feeble link and the key part of the generation set and system are defined and the corresponding measures are adopted, consequently, is increased the fault ratio of the device we can reduce and enhance security of the power plant, which is an effective method that controls the device reliability by using the mothod of systems engineering, namely plans, organizes, corresponds, controls and supervises the diversified engineering and technic activity of the reliability during the period of the whole device life to realize the reliability aim, minimize the cost of the whole device life and improve the general level of business safety production

    本文在應用靖遠電廠可靠性管理信息系統對該廠的200mw機組運行狀況和可靠性數據進行分析的基礎上，確定了發電設備和系統的薄弱環節、關鍵部位、並採取相應的措施，從而使設備的故障率減少，使電廠的安全性得以提高。這是一種利用系統工程的方法對設備的可靠性進行控制，即對設備全壽命周期中各項可靠性工程技術活動進行規劃、組織、協調、控制、監督，以實現確定的可靠性目標，使設備全壽命周期費用最低，提高企業安全生產綜合水平的有效方法。
  10. Global manufacture will use intelligent electronic maintenance and provide technique supporting during the whole product life - span based on internet in 21st century, these are the key that we improve manufacture productivity and product after service field to achieving global one - up status

    21世紀全球製造業將通過基於網際網路的智能電子維護、在產品整個壽命周期內提供技術支持，這是提高製造業生產力和產品售後服務等領域達到全球領先水平的關鍵。
  11. Traditional product design that regards function and economy as its chief index merely considers primary attributes ( function, quality, life, cost ). it scarcely or even does not consider recycle and effect of ecological environment during product life cycle

    傳統的產品設計是以功能、經濟性為主要指標的設計，設計過程中僅考慮產品的基本屬性（功能、質量、壽命、成本） ，很少或根本沒有考慮資源的再生利用以及產品生命周期全過程對生態環境的影響。
分享友人
分享到 Line

分享到臉書