物體內部 的英文怎麼說

中文拼音 [wùtǐnèibù]
物體內部 英文
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  • 物 : 名詞1 （東西） thing; matter; object 2 （指自己以外的人或與己相對的環境） other people; the outsi...
  • 體 : 體構詞成分。
  • 內 : 名詞1. （內部; 里頭; 里邊） inner; inside; within 2. （妻子或妻子的親屬） one's wife or her relatives 3. （姓氏） a surname
  • 部 : Ⅰ名詞1 （部分; 部位） part; section; division; region 2 （部門; 機關或組織單位的名稱） unit; mini...
  • 物體 : [物理學] body; substance; object
  1. Biological clock the internal mechanism of an organism that regulates cercadian rhythms and various other periodic cycles

    生物鐘：生物體內部的一種控制晝夜節律和各種其他周期性節律的機制。
  2. Many planets ( for example, ganymede, mercury, the earth, jupiter and saturn ) and stars ( for example, the sun ) possess intrinsic magnetic fields. the explanation for their existence and variation remains a great challenge to planetary scientists and astrophysicists. this article attempts to review some recent developments and difficulties in the study of magnetohydrodynamics for the electrically conducting fluid interiors of planets and stars. it is the fluid motions, usually driven by thermal convection, that generate and sustain magnetic fields through magnetohydrodynamic processes in planets and stars. in planets, the magnetohydrodynamic processes are strongly affected by the combined and inseparable effects of rotation, magnetic fields and spherical geometry. the key dynamics involves the interaction between the coriolis and lorentz forces. in the sun, it is the solar tachocline, a thin shear flow layer located at the base of the convection envelope, that plays an essential role in the solar magnetohydrodynamic processes which produce the 11 - year sunspot cycle. some results of a new nonlinear three - dimensional solar dynamo model are also presented

    許多行星（如木衛三，水星，地球，木星和土星）和恆星（如太陽）具有內部磁場.對這些磁場的存在和變化的解釋對行星科學家和天體物理學家是一個巨大的挑戰.本文試圖總結行星和恆星的導電流體內部磁流體力學研究的新近發展和困難.一般由熱對流驅動的流動通過磁流體力學過程產生並維持在行星和恆星中的磁場.在行星中磁流體力學過程強烈地受到轉動，磁場和球幾何位型的綜合影響.其動力學的關鍵方面涉及科里奧利力和洛倫茲力間的相互作用.在太陽中其流線，即處于對流層的薄的剪切流層在太陽的磁流體力學過程中扮演了一個基本的角色，並由之產生了11年的太陽黑子周期.本文也給出了一個新的非線性三維太陽發電機模型
  3. In mammalian species, a variety of chromosomal rearrangements are known to exist.

    在哺乳類的物種中，已知有許多類型的染色體內部重新排列。
  4. Both xylem and phloem form a continuous branched system in the whole plant body

    木質部和韌皮部在植物體內構成一個連續的分支系統。
  5. This rapid turnover of material in living things is part of their metabolism.

    這些生物體內物質的迅速循環，是它們新陳代謝的一部分。
  6. Past research has indicated that circadian clocks govern physiological rhythms in many parts of the body and that the different parts can adjust to schedule changes at different rates

    過去的研究已經預示，生物鐘控制著生物體內很多部位的生理節奏，而且各部位對于生物鐘改變的適應速度不同。
  7. In the related resources section, you will find many pertinent links that will help you explore genetic diseases and their root causes, as well as the protocols for genetic manipulation in model organisms

    在相關資源部分，學生可以找到很多相關的連結，這些連結有助於探討遺傳疾病及其病因，以及探討生物體內遺傳操縱的治療方案。
  8. Compton scattering imaging is a radiation imaging technique that forms the image of an object by measuring compton scattering emitted from the object while it is irradiated

    康普頓散射成像是通過測量從被照物體中發射出來的康普頓散射線來對物體內部進行成像的放射成像技術。
  9. The variability among living organisms from all sources including, inter alia, terrestrial, marine and other aquatic ecosystems and the ecological complexes of which they are part ; this includes diversity within species, between species and of ecosystems

    是指所有來源的形形色色生物體，這些來源除其他外包括陸地、海洋和其他水生生態系統及其所構成的生態綜合體；這包括物種內部、物種之間和生態系統的多樣性。
  10. In boundary treatment, the model turns into generally adds coarseness boundary made of specially complex many coarseness body in the physical model experiment as the coarseness body highly and discharges the density to add the coarseness spot as the main characteristic whole, both to avoid the location within the body of this complex mathematical simulation problems, and could realize this model after to simulate the apron that adds the coarseness namely adds the coarseness section downriver speed of flow to the downriver current of water base speed of flow influence in to hang upward

    該模型在邊界處理時，將物理模型試驗中由特別復雜的多個加糙體組成的加糙邊界概化成以糙體高度為主要特徵的整個加糙部位，既避開了對加糙體內部進行極其復雜數學模擬的這一難題，又能實現模擬海漫加糙段下游水流流速在垂向上的分佈變化這一主要目的。在獲得基本的入流流速分佈、初始水位及加糙體的絕對高度和加糙段長度的情況下，能迅速模擬出加糙段下游各個斷面在垂向上的流速分佈情況。
  11. First, experiential evaluation, from the subjective experience of the coach or athletes ; second, general statistical method, from the physical process of external movements and behaviors ; third, physiological and physical - chemical ways, from the analysis of the enginery changes of internal conditions of the body in sports training

    其一、從教練員或運動員自身的主觀出發的主觀經驗評價法。其二、從身體外部活動和行為的物理過程出發一般統計方法；其三、是從運動訓練中機體內部機能狀態的變化出發生理生化方法。
  12. When the theory of temperature in solids 、 the equivalent tension - relaxation curve of final temperature, and the equivalent shear - relaxation curve is known, then the non - stationary stress is calculated

    在非定常熱應力計算時只要確定物體內部各點的溫度歷史，及其終態溫度等效拉伸鬆弛曲線、等效剪切鬆弛曲線，便可計算出物體內各點的瞬態熱應力。
  13. Bionic of architecture out - look pay attention to the enlightenment of beauty of nature bring to mankind ; bionic of architecture structure pass to undergo special composition structure of organism of natural selection - for instance the research of the stem pole of the fiber, plant, skeleton of the animal, etc., and apply them to the structure design of architecture, it is an important way to structure innovates ; bionic of architecture function pay attention to studying the characteristic of organic unity " of the organism, through function imitation of nature such as metabolism and nervous system, etc. we get many useful ideal to urban and architecture development ; the bionic of utilize of energy and material through understanding the organism utilizes energy and material method in depth, combine with physics, chemistry, electron, etc, every achievement of discipline create new energy and material utilizing way

    建築造型仿生注重自然形態美帶給人類在建築形態創造方面的啟示；建築結構仿生通過對經過自然選擇的生物體的特殊構成結構? ?如纖維、植物的莖桿、動物的骨骼等的研究，運用到建築結構設計中，是結構創新的重要途徑；建築功能仿生注重研究生物體的「有機統一性」特點，通過對生物體內部機能如新陳代謝和神經系統等方面的模仿來組織建築功能或指導建築和城市及其環境的發展；建築的能源和材料利用仿生則通過深入了解生物體利用能源和材料的方法和過程，並結合物理、化學、電子等各學科的成果創造出新的能源和材料利用方式。
  14. It presents images of electron density distribution inside the object

    它可以提供關於物體內部物質電子密度分佈的圖像信息。
  15. Inner stress ： inner stress is the stress which balances the object interior without exterior stress

    內應力：內應力是在沒有外力條件下平衡於物體內部的應力。
  16. Non - destructive testing ( ndt ) is a type of technology that detects and evaluates flaws in material without affecting its internal structure

    無損檢測是在不損害被探測對象使用性能的條件下探測物體內部缺陷的技術。
  17. This algorithm uses the profiles collected from a number of angles to compute the x - ray attenuation coefficient of a cross section inside the body, then reconstruct the image of the cross section

    該演算法利用從各方向測量出來的投影值求出物體內部受檢斷面各點的x射線衰減系數，從而重建出整個人體橫截面的圖像。
  18. In this way, the intrinsic state and structure of objects can be perspective ; the images and movements can be simplified and purified ; the limitation of time and space are breached ; some natural phenomena are imitated

    能透視，剖視物體內部的狀態和結構；簡化、純化物體的形象和運動；突破時空局限，模擬、模擬某些自然現象。
  19. All algorithms that introduced hi my paper focus on the hollow hull of object, and the calculations are a series of intersection of face and line that have no ply. and by employing the topology information that come with the points since their generation, we can get the surface polygonal mesh without triangulation and reduce the time used in reconstruction of visual hulls and help to realize real - time rendering

    本文提出可見殼的生成演算法都是建立在無厚度的平面直線求交計算上，完全避免了對物體內部的冗餘區域的計算，同時利用物體表面點集與生俱來拓撲信息，恢復物體表面的多邊形網格，在一定精度范圍內可以避免對散亂點集進行三角剖分，減少可見殼的生成時間並有助於實時繪制的實現。
  20. Three - dimensional reconstruction of microscopic images ( 3drmi ) of internal structure of biological specimens is one of the most important research fields in biological engineering. it has achieved great successes in the world over last decade. however, in our country, the research of this technology is on the primary state

    生物體內部結構三維顯微成像技術（ three - dimensionalreconstructionofmicroscopicimagesofbiologicalinternalstructure ，簡稱3drmi ）的基本思想是將生物體進行序列化切片，得到二維序列圖像，然後利用計算機對這些二維序列圖像進行三維重構和顯示，使生物體內部結構三維圖像以及各斷層面圖像得到真實的再現。
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