壽命預期 的英文怎麼說

中文拼音 [shòumìngyùqī]
壽命預期 英文
life expectancy
  • 預 : Ⅰ副詞（預先; 事先） in advance; beforehand Ⅱ動詞（參與） take part in
  • 期 : 期名詞[書面語]1. （一周年） a full year; anniversary 2. （一整月） a full month
  • 預期 : expect; anticipate
  1. This article introduces the features of the high - amperage prebaked aluminum cell at the initial production stage, and based on the results of successful experiments in some smelter, puts up the process parameters settings for the initial production startup stage of high - amperage prebaked cell to realize the high efficiency, energy saving, low consumption, environmental protection and long life of the cell

    摘要文章介紹了大型預焙鋁電解槽生產初期的特點，根據在某鋁廠進行成功試驗的結果提出了在大型預焙電解槽生產啟動初期的工藝參數的設置，以達到電解槽高效、節能、低耗、環保、高槽壽命的目的。
  2. Find the expected life of the part in cycles.

    求零件的預期壽命的循環數。
  3. Women have a higher life expectancy than men.

    女人比男人的預期壽命長。
  4. Their male compatriots fare less well, with a life expectancy of 79 years, second to icelandic men at 79. 4 years

    他們的男性同胞處境稍微次之，有著79歲的壽命預期結果，僅次於冰島男性的79 . 4歲。
  5. Women have a higher life expectancy than men

    女人比男人的預期壽命長
  6. Of the expected lifespan of the new water mains

    新水管的預期壽命？
  7. Imaging materials - life expectancy of magneto - optic disks - method for estimating, based on effects of temperature and relative humidity

    成象材料.磁光盤的預期壽命.基於溫度和相對濕度作用的評定方法
  8. But men in hong kong, on overage, die 6 years earlier than women

    不過，香港男士平均預期壽命卻較女士短6年。
  9. In this thesis, we set our background in lishui bridge over shigui mountain in changsde, hunan province. through life circle cost program, the cost perdition of bridge structure in its life circle and its maintenance optimization can be demonstrated vividly

    本文以湖南常德石龜山澧水大橋為工程背景，通過壽命周期成本程序，清晰地反映出橋梁結構在其預期的壽命周期中的一系列成本預測和最優化維護安排。
  10. This new method can use the limited time, outlay and resource effectively to predict the lifetime of the rlg

    這種壽命預測方法能夠有效的利用有限的時間、經費和資源來進行壽命預測，縮短試驗周期，減少試驗費用。
  11. The useful life of engineering plastics was predicted within the storage period using a polynomial fitting curve method, and its storage life deadline was inspected

    運用多項式擬合曲線方法對輕武器用工程塑料在貯存期內進行壽命預測，考核輕武器用工程塑料的貯存壽命期限。
  12. On the basis of collecting and processing many datum and materials. firstly. this paper analyzes main activities and cost constitutions of each stage of the life cycle of a fcs, and lay a foundation for later analysis and evaluation of system lcc. secondly, a basis method and usage range for estimating the system lcc are introduced. a multivariate linear regression model of pcs development cost and cost driven factor is built by use of the parametric method and supplies the base of cost estimation of newly - developed systems. thirdly, combine actual examples and make statistical analysis of lcc of a certain pcs developed by our institute, predict unhappened usage and service cost with grey prediction method, obtain proportion of each constitute to the lcc. forthly, according to actual conditions, use the fuzzy theory to overall evaluate efficacy of the fcs, fifthly, combimng our actual conditions, investigate specific measures of how to implement the life cycle cost management in our institute and put forward a new conception of developing web - based flight control system lcc management information system with pdm as the platform. at last, investigate important factors such as reliability and maintainability that may affect the life cycle cost of the fcs in detail, and put forward specific methods of lowering the life cycle cost of the fcs

    論文在收集和整理大量資料的基礎上，首先深入分析了飛控系統壽命周期各階段的主要活動以及各階段的費用構成，為以後系統壽命周期費用的分析和評價奠定了基礎；其次，介紹了壽命周期費用估算的基本方法和使用范圍，並利用參數法建立了飛控系統研製費用與費用驅動因子的多元線性回歸模型，為新研系統的費用估算提供了依據；第三，結合實例對我所研製的某型飛控系統的壽命周期費用進行統計分析，運用灰色預測方法對未發生的使用及維修費用進行預測，得出了該系統的壽命周期費用以及各組成部分所佔比例；第四，根據實際情況，首次運用模糊理論對飛控系統的系統效能進行了綜合評價，構造了飛控系統系統效能模糊綜合評價模型；第五，結合我所實際，探討了如何在本單位實施加強壽命周期費用管理的具體措施，提出以pdm為平臺，開發基於web的飛控系統lcc管理信息系統的新構思；最後，對影響飛控系統壽命周期費用的重要因素如可靠性和維修性等進行了詳細地研究，提出了降低飛控系統壽命周期費用的具體方法。
  13. Two researching aspects are emphasized hereafter : 1 ) on the aspect of economy analysis of equipment selection : it stresses on researching the analysis structure of life cycle cost of port equipment, and it uses statistic analysis, liner regression and gray predict etc. on site data and then set up cost model for each part

    著重以下兩個方面的研究： 1 ）在設備選型的經濟性分析方面，著重研究了港口設備的壽命周期費用分解結構，對現場大量數據運用統計分析、線形回歸和灰色預測等方法，建立了各組成部分的費用模型。
  14. Undoubtedly, deterioration and damage accumulation occur in high temperature and high pressure. with the consumption of their use, the failure accidents occur more frequently, which will bring threatening to the life of people and the poverties of enterprise. so the failure analysis and the residual life assessment of the main steam pipe become more and more urgent and important

    以蠕變性能作為設計指標的主蒸汽管道是發電廠的關鍵部件，由於長期在高溫高壓的惡劣工況下運行，容易發生材質老化和損傷積累，突發性事故也會頻頻發生，給企業職工的生命安全和國家財產帶來嚴重威脅，因此對主蒸汽管道進行失效分析與壽命預測尤為迫切和重要。
  15. In this thesis, we make an assessment and prediction of the performance of the structure with reference to the two theories of time - variably reliability and condition states and achieve favorable results, in the meanwhile, we established the relationship between condition states and maintenance cost, to optimize bridge life circle maintenance and set up objective optimization function and bridge maintenance safety provisions so as to meet the requirement of a reliable life circle structure and guarantee the least cost of maintenance for the bridge structure in its life circle

    文章利用時變可靠度的理論和條件等級思想的兩種理論對結構的性能進行評估和預測，並且收到較好的效果。同時，確定了結構條件等級同維護成本之間的關系。將橋梁壽命周期維護進行最優化決策，根據目標優化函數和橋梁維護安排準則:滿足壽命周期內結構可靠性的要求，同時保證橋梁結構在其壽命周期內其維護成本最小。
  16. Then we can predict the most favorable life circle maintenance cost

    從而預測出最優化的壽命周期維護成本。
  17. Article 17 an enterprise shall, in accordance with the schedule, make the depreciation charges of any productive biological asset whose expected objective of production and purpose has been accomplished, and shall, based on the use of the biological asset, include it in the cost or current profits and losses of the relevant asset

    第十八條企業應當根據生產性生物資產的性質、使用情況和有關經濟利益的預期實現方式，合理確定其使用壽命、預計凈殘值和折舊方法。
  18. Article 18 an enterprise shall, in accordance with the nature of a productive biological asset, the information about the utilization, and the form. of realization of the relevant expected economic benefits, reasonably ascertain the useful life, expected net salvage value, and depreciation methods of this productive biological asset

    第十八條企業應當根據生產性生物資產的性質、使用情況和有關經濟利益的預期實現方式，合理確定其使用壽命、預計凈殘值和折舊方法。
  19. Lifetime prediction for the optical fiber in guidance optical cable

    制導光纜中光纖壽命預期
  20. In the next twenty years, life expectancy may well rise again, even more steeply

    在未來20年，壽命預期將會穩定增長，甚至更快。
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