無窮的空間 的英文怎麼說

中文拼音 [wúqióngdekōngjiān]
無窮的空間 英文
immensity
  • 無 : 無Ⅰ動詞（沒有） not have; there is not; be without Ⅱ名詞1 （沒有） nothing; nil 2 （姓氏） a surn...
  • 窮 : Ⅰ形容詞（貧窮） poor; poverty stricken Ⅱ名詞1 （窮盡） limit; end 2 （姓氏） a surname Ⅲ副詞1 （...
  • 的 : 4次方是 The fourth power of 2 is direction
  • 空 : 空Ⅰ形容詞（不包含什麼; 裏面沒有東西或沒有內容; 不切實際的） empty; hollow; void Ⅱ名詞1 （天空） s...
  • 間 : 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...
  • 無窮 : 1. （沒有窮盡; 沒有限度） infinite; endless; boundless; inexhaustible 2. [數學] infinite
  • 空間 : space; enclosure; room; blank; interspace
  1. The causeway is lined on either side with a 16 - metre - wide belt of verdant lawns and hedges made up of xian juniper, jinshan meadowsweet, purple - leaf barberry and golden - leaf privet, showing with the rotation of the seasons the infinite changes and beauty of lively nature, and providing much pleasing and peaceful space for the roaming of the mind

    甬道兩側分別是16米寬的綠化帶。碧綠的草坪和由西安檜柏金山繡線菊紫葉小檗金葉女貞組成的綠籬，隨著四季更替，變換自然生命的無窮美妙，為遊人營造出賞心悅目的精神放牧空間。
  2. Multiple positive solutions of singular boundary value problem for second order differential equations on half line in banach spaces

    空間中二階奇異微分方程無窮邊值問題的多重正解
  3. On topological properties of one infinite dimensional space

    一類無窮維空間的拓撲性質
  4. The tm mode dispersion equation of the coaxial bwo in the infinite guiding - magnetic field is derived and solved numerically. the dispersion curve, operating frequency, and the growth rate are obtained

    採用線性理論推導了無窮大引導磁場下的同軸tm模式色散關系式，並編程數值求解了一定條件下的色散曲線、時間增長率、空間增長率。
  5. I do think there s a place for a distributed java programming game that could be immensely fun.

    我的確認為有一個空間可以容納一個趣味無窮的分散式java編程游戲. .
  6. Because there is un - know space ' s require, we have mind, have art, have beauty, and have sanitary ware

    因為有對示知空間的無窮追問，我們才會有思想，有藝術，有美，也才會有衛浴。
  7. In addition, in a certain infinite dimensional space, the paper will provide an example of nonwandering semigroup and a sufficient condition for nonwandering semigroup. according to recent results and methods, we may get the hypercyclic decomposition of nonwandering semigroup. and, we will discuss the hypercyclic decomposition from the multi - hypercyclic operator provided not long ago

    本文還將在特定的無窮維空間找出具體的非游蕩運算元半群例子，將給出非游蕩運算元半群的一個充分條件，且依照已有的結果和方法獲得非游蕩運算元半群的超循環運算元半群分解。
  8. In addition, the paper will analyze the existence condition for nonwandering semigroup by the methods of topological dynamical system. from the mature results of finite dimensional space, such as the topological mixing, we discuss any other methods to solve the problems of infinite dimensional space, so as to provide the similar methods for the similar work

    另一方面，本文將結合微分動力系統和拓撲動力系統的研究方法，主要從微分動力系統的角度，從根本上分析非游蕩運算元半群存在的條件，並結合與此密切相關的有限維空間的一些成熟的理論，如拓撲動力系統中的拓撲混合性等，從不同角度試圖解決無窮維空間的結論。
  9. Lacking of space locality in time domain, fourier analysis can only make certain of the integral singularity of a function or signal. as a result ; it is difficult to detect the spatial position and distribution of broken signal by fourier analysis. wavelet analysis has the characteristic of spatial locality, and its wideness in both windows of the time and the frequency can be adjusted, so it can analyze the details of a signal

    小波分析優于傅里葉之處在於，小波分析在時域和頻域同時具有良好的局部化性質，因為小波函數是緊支集，而三角正、餘弦的區間是無窮區間，所以小波變換可以對高頻成分採用逐漸精細的時域或空間域取代步長，從而可以聚焦到對象的任意細節。
  10. In 3d space, points on the infinite plane compose the absolute conic, and it contains the interior parameter information of camera. we use photography geometry character of circular point on the absolute conic to calculate camera interior parameter, exterior parameter can be obtained. we can obtain more accurate

    在三維攝影空間中，無窮遠平面上的點構成了絕對二次曲線，由於二次曲線的像包含了攝像機的內部參數信息，我們利用了圓環點的像在二次曲線上的攝影幾何特性，從而確定攝像機的內部參數，進而求取攝像機運動的外部參數。
  11. According to the theory of continuous - time markov chains, given a g - matrix q, it is possible that there exist infinite transition functions and therefore there maybe exist infinite positive contraction semigroups ( co semigroups ) on l1 derived from q - matrix q. but each positive contraction semigroup has and only has one infinitesimal generator

    給定一個q -矩陣q ，可能存在無窮多個轉移函數，從而在l1空間上可能有無窮多個正的壓縮半群（ c _ 0半群）與之對應，而每個正的壓縮半群有且僅有一個無窮小生成元。
  12. This paper is divided into throe sections. in section l. we study the existence of positive solutions of the following sigular equation for second order boundary value problem

    本文共分三節，主要討論抽象空間中奇異微分方程，脈沖微分-積分方程，定義在無窮區間上的微分、積分方程的解的存在性。
  13. Newton ' s method clomain of convergence theorem at infinitely space

    無窮維空間的牛頓法收斂域定理
  14. A widely used method for checking real - time systems is, according to the real - time property to be checked, to use a proper bi - simulation equivalence relation to convert the infinite - timed state space to a finite equivalence class space. the algorithm needs only to explore the finite space to get a correct answer. in most cases, exhaustive exploration is very difficult because the equivalence class space increases explosively when the scale of the system increases. in this paper, an equivalence relation is introduced to check whether a concurrent system, which is composed of a finite set of real - time automata, satisfies a linear duration property. to avoid exhaustive exploration, this paper also introduces a compatibility relation between timed states ( configurations ). based on these two relations, an algorithm is proposed to check whether a real - time automaton network satisfies a linear duration property. the cases study shows that under some conditions this algorithm has better efficiency than the tools in the literature

    一個被廣泛用於驗證實時系統的方法是根據被驗證的實時性質，使用適當的雙向模擬等價關系使無限的狀態空間轉化為有限的狀態等價類空間.演算法只需要在這個有限的等價類空間里搜索就可以得到正確答案.但是，這個等價類空間的規模一般隨著系統規模的增大而產生爆炸性的增長，以至於在很多情況下，窮盡搜索這個空間是不現實的.該文引入了一個等價關系來驗證一個由多個實時自動機通過共享變量組成的並發系統是否滿足一個線性時段特性.同時，還引入了格局之間的兼容關系來避免對狀態等價類空間的窮盡搜索.基於這兩個關系，文章提出了一個演算法來驗證是否一個實時自動機網滿足一個線性時段特性.實例研究顯示，此演算法在某些情況下比其他一些工具有更好的時間和空間效率
  15. But the sequent matters will be serious, such as the variety of working object, the difference in workspace and the random assembly among modules ( namely the topological relationship and the infinite combination of joint modules and link modules ), which make modularized design be more inconvenient than common devise

    但隨之而來的問題是任務對象的千變萬化、工作空間的不同，加之模塊機器人的可隨意組合? ?即模塊機器人的拓撲關系、模塊關節及模塊連桿的無窮組合，使模塊機器人的設計比一般的機器人要困難得多。
  16. This paper mainly discusses the dynamical properties of shift map a on the space ( z + ) of infinite sequences comprises sequencable infinite num - ber of symbols

    本文主要討論了可列無窮個符號組成的無窮序列空間（ z ~ + ）上移位映射的動力性質，得到（ （ z ~ + ） ， ）是拓撲混合的。
  17. Theoreme 3. 4 let p be a regular cone in e and a : be an increasing operator such that then a has a maximal fixed point u * and a minimal fixed point it, in [ u0, u0 ] i moreover theoreme 3. 5 h c lc [ r +, e ] is relatively compact if and only if 10 the function in h is equicontinuous in [ 0, 6 ] for any b > 0, 20 h ( t ) = is relatively compact in e for any t r +, 30 when is uniform for any x ? h theoreme 3. 7 h c fc ' [ r +, e ] is relatively compact is and only if 10 the function in h is equicontinuous in [ a

    川e d人qn v ， q都有。丘口川三（三…三un ）三…三u小） s （ v 」 k1 … 1 ） 、什i … ） ； （門） n （八wc人第三節，作為預備知識首先討論了空間lc r ， e中的錐與bclllch空間e中的錐的關系，然後給出了無窮區間上兩類抽象連續由數族相對緊的充要條件，並用它lfl考察了一階微分方程的終值問題和fredholm型積分方程解的存在性
  18. Starting from the basic concept for the production of musical sound, the essay reduces the sound to its single tone, analyzes the common origins of pitch, rhythm and volume on the deeper level, and thereby derives the potential of the transformation among the three, revealing the truth in the art of music that the whole is not equal to the simple addition of all individuals

    本文從音樂音響產生的基本概念入手，將音響還原到單音狀態，分析了音高、節奏、音量在深層次上的共同根源，並以此推導出三者存在相互轉化的可能，從而揭示在音樂藝術中整體並不等同於單個個體的簡單相加，而二度創作空間從單音的發音到分句的劃分也同樣存在無窮的可能，也由此決定了人的感性參與的重要意義，它們的創作空間是主客觀的共同作用。
  19. Anti - de sitter space, although it is infinite, has a “ boundary, ” located out at infinity

    反德西特空間雖然無窮大，卻有個位於無窮遠的「邊界」 。
  20. However we increase our knowledge of the conditions of space in which a man is placed, that knowledge can never be complete since the number of these conditions is infinitely great, seeing that space is in finite. and so long as not

    一不論我們怎樣增長我們對人所處的空間的條件的知識，這種知識永遠是無窮無盡的，因為這些條件的數目是無限的，正如空間是無限的一樣。
分享友人
分享到 Line

分享到臉書