有限時間 的英文怎麼說

中文拼音 [yǒuxiànshíjiān]
有限時間 英文
finite time
  • : 有副詞[書面語] (表示整數之外再加零數): 30 有 5 thirty-five; 10 有 5年 fifteen years
  • : Ⅰ名詞(指定的范圍; 限度) limit; bounds Ⅱ動詞(指定范圍, 不許超過) set a limit; limit; restrict
  • : shí]Ⅰ名1 (比較長的一段時間)time; times; days:當時at that time; in those days; 古時 ancient tim...
  • : 間Ⅰ名詞1 (中間) between; among 2 (一定的空間或時間里) with a definite time or space 3 (一間...
  • 有限 : limited; restricted; finite; a little; not much
  • 時間 : time; hour; 北京時間十九點整19 hours beijing time; 上課時間school hours; 時間與空間 time and spac...
  1. Derivation of a formula for calculating the critical radius of a spherical liquid droplet and its analysis

    兩級熱電熱機的有限時間熱力學分析
  2. There are three sections in this paper. the first section : we consider the initial boundary value problem on half line and bounded interval, with kato ' s method for abstract quasi - linear evolution equations and a prior estimates of. solution, we get the existence of global smooth solution and the blow - up of solution in finite time under some conditions

    第一部分:考慮了camassa ? holm方程在半無界和界區域上的初邊值問題,用kato關于擬線性演化方程的初值問題的理論及先驗估計的方法,證明了整體解的存在性,及在一定條件下,解在有限時間內的blow ? up 。
  3. Mouse operation, in the limited time available to as many as possible of the food basket caught inside

    鼠標操作,在有限時間內,將美食盡可能多的抓到籃子裏面。
  4. Introduction : mouse operation, in the limited time available to as many as possible of the food basket caught inside

    鼠標操作,在有限時間內,將美食盡可能多的抓到籃子裏面。
  5. A study of the irreversible factor of a finite - time endo - irreversible carnot engine

    有限時間內不可逆卡諾熱機的不可逆因子的研究
  6. The relation between the minimum cycle time and entropy generation of a finite - time endo - irreversible carnot engine

    有限時間內不可逆卡諾熱機的最少循環和熵產的關系
  7. Finite - time control for one kind of uncertain linear singular systems

    一類不確定線性奇異系統的有限時間控制問題
  8. In this paper, robust finite - time control problem of nonlinear systems with dynamic uncertainties is investigated

    摘要討論了一類帶動態不確定項的非線性系統的魯棒有限時間控制問題。
  9. The new results obtained here can not only make progress in modern thermodynamics but also develop some new applications of finite - time thermodynamics in chemical cycle engineering, especially in chemical pump cycle engineering. they can also provide some new theoretical bases for the optimal design and the performance improvement of real thermodynamic cyclic equipments

    所得新理論不僅使現代熱力學理論獲得進展,而且還開拓了有限時間熱力學在化學循環工程,特別是化學泵循環工程中的新應用,為實際熱力循環設備的優化設計或性能改善提供理論指導。
  10. The first successful industrial application of absorption heat transformer ( aht ) has been put into practice in yanshan petrochemical corporation in china. on the background of this engineering, the thesis sets up the methods of absorber ' s enhanced heat and mass transfer, process simulation and finite time thermodynamics analysis. the main research work is followed as : 1

    本論文以北京燕山石化公司上的國內第一套吸收式熱變換器( aht )系統為工程背景和研究對象,建立了包括吸收器強化傳熱傳質、過程模擬和有限時間熱力學在內的分析手段,並在此基礎上開發出了模擬優化軟體ass ,最後利用工廠的實測數據對軟體的計算結果進行了測試和對比,具體工作: 1
  11. Finite time thermodynamic theory and applications of internal combustion engine : state of the arts

    內燃機理論循環有限時間熱力學理論的發展
  12. The ruin probability of the risk model of time surplus with stochastic interest

    完全離散二項風險模型下有限時間內的生存概率問題
  13. Secondly in this paper we discuss the common survival probability in finite time period under the generalized compound poisson risk model in which the premium income process is a poisson process and in case of gamma ' s claim amounts, then we get more satisfied expressions

    其次,本文討論了廣義復合poisson風險模型在保單收入過程為poisson過程、個體索賠為伽瑪分佈情形下,討論了更一般的有限時間內的生存概率問題,得到了較為滿意的表達式。
  14. Finally, we establish rational spectral formation of discrete with regard to time and space, and gained the error estimate in the finite - time in the abstract

    最後,我們構造了同關于方向離散的譜格式,並從理論上建立了在有限時間上的全離散格式近似解的誤差估計。
  15. This paper consists of three chapters. the first one is the preparatory knowledge underlying this paper, including the basic concepts of the piece - wise deterministic markov processes ( pdmp ), the renewal equation, the key renewal theorem and some results about the classical risk model, which come from [ 2 ], [ 8 ] and [ 9 ]. the second one introduces the results about the general ruin probability in a kind of continuous - time risk model with the deficit - time geometric distribution of inter - occurrence times, in which claim sizes are discretly distributed. these come from [ 6 ]. the main body of this paper is the third one where we derive lundberg bounds, cramer - lundberg approximations to the ruin probability and finite - horizon lundberg inequalities

    本文共三章,第一章是奠定本論文基礎的相關知識,包括逐段決定馬爾可夫過程的一些基本概念、更新方程與關鍵更新定理的內容以及經典風險模型的介紹,主要取自[ 2 ] 、 [ 8 ]和[ 9 ] 。第二章介紹了該風險模型在索賠額分佈為一般分佈下的破產概率的一般表達式及相關定理,內容來自[ 6 ] 。第三章是本文的主體,求得了該模型的破產概率的lundberg界, cram r - lundberg逼近以及有限時間破產概率的lundberg不等式。
  16. Finite - time control of linear singular systems with parametric uncertainties and disturbances

    干擾輸入的不確定奇異系統的有限時間控制器設計
  17. Abstract : a new variable structure model reference adaptive control ( vs - mrac ) scheme is proposed in this paper. by transforming a relative degree one system into a first - order - like differential equation, it is shown that the spr ( strictly positive real ) assumption for reference model or its modified form ( if plant relative degree n * > 1 ) can be removed and the tracking error can converge to zero in finite time or a small residual set

    文摘:提出了一種可具非嚴格正實參考模型的變結構魯棒自適應控制方案,可去除變結構模型參考自適應控制中普遍要求參考模型為嚴格正實或當相對階大於1參考模型經補償后為嚴格正實的假設.在此基礎上提出的變結構控制律可保證跟蹤誤差在相對階為1有限時間內收斂到零,而當相對階大於1則可使跟蹤誤差收斂到一個殘差集內
  18. Finite - time thermodynamics is a new important branch of the modern thermodynamics. it is mainly used to investigate the regulation of energy and entropy flows of non - equilibrium systems in finite time

    有限時間熱力學是現代熱力學的一個重要新分支,主要研究非平衡系統在有限時間中能流和熵流的規律。
  19. Iterative learning control ( ilc ) is a technique for improving the transient response performance of systems or processes that operate repetitively over a fixed time interval. it refines the next control input using the information such as current control input and error signals after each trial until the specified desired trajectory is followed to a high precision

    迭代學習控制針對具重復運行性質的被控對象,利用對象以前運行的信息,通過迭代的方式修正控制信號,實現在有限時間上的完全跟蹤任務。
  20. I want to share some points on the incarnation in the limited time we have

    我想在有限時間里給你幾個要點:道成肉身的需要。
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