生物模擬 的英文怎麼說

中文拼音 [shēngwùmónǐ]
生物模擬 英文
biosimulation
  • 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;...
  • 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...
  • 模 : 模名詞1. （模子） mould; pattern; matrix 2. （姓氏） a surname
  • 擬 : 動詞1. （設計; 起草） draw up; draft 2. （打算; 想要） intend; plan 3. （模仿） imitate
  • 生物 : living things; living beings; organisms; bios （pl bioi bioses）; biont; thing; life生物材料 biol...
  • 模擬 : imitate; simulate; analog; analogy; imitation; simulation模擬艙 boilerplate; 模擬電路 [電學] circ...
  1. With the application of fabric simulation technique, textile designation becomes quite easy and effective ; designer will be released from multifarious and trivial labor and have more time or energy to engage in conceiving production ; you can obtain realistic textile pictures and need not to weave out it actually, this will lead to a great many benefits : shorten produce period rapidly, reduce running expense sharply, fasten enterprise ' s reaction to marketing, make convenient for information communication and producers will free from motiveless manufacture. along with wild employment of electronic business, producers can utilize internet to put out newly products, do business and intercommunication

    織物模擬技術的應用不僅可以提高紡織產品的設計效率，將設計人員從繁雜的勞動中解放出來、使之能夠將更多的時間和精力投入到產品構思及開發中去，而且由於不必實際生產出樣品就能夠得到具有真實感的設計效果圖，生產周期大大縮短，產品開發成本大幅降低；同時加快了企業對市場的反應速度，企業、供求之間的信息交流更加便捷、高效，消除了生產過程中的盲目性，增加了企業的競爭力。
  2. Simulation and experiment of dry matter production of greenhouse cucumber under different light intensities

    不同光照條件下溫室黃瓜干物質生產模擬與試驗研究
  3. Molecular imprinting technique ( mit ) is becoming increasingly recognized as a powerful technique of preparing synthetic polymers that contain tailor - made recognition sides for certain molecules. it has an extensive application in purification, separation, immunoassay, enrichment, biomimics and other relevant fields for its predetermination, specificity and practicability of molecule recognition

    分子印跡技術是一種制備對特定分子具有專一識別性能的聚合物（ mip ）的技術， mip對模板分子的識別具有預定性、專一性和實用性等優點而在分離提純、免疫測定、生物模擬以及痕量分析等領域顯示出廣闊的應用前景。
  4. This overview highlights selected algorithmic solver code advances in the used simulation tools, the use and the modelling of new materials for crash energy absorption, concept car design techniques, massive parallel programming and performance gains, side impact barrier modelling, mechanical occupant surrogate modelling ( dummies ), biomechanical models of human parts, as well as extensions of crash simulation techniques to the simulation of drop tests for appliances, shock absorption of a mars lander, etc

    內容包括作為模擬手段的計算程序的最新進展，新的緩沖材料的應用和模擬，大規模并行程序的編制和性能的增加，側撞障礙物模擬，乘客模型（假人） ，生物人體部件模型，碰撞模擬技術擴展應用到設備跌落試驗和火星著陸艙的緩沖等。
  5. It ' s well - known that nucleation consisted of homogeneous nucleation and heterogeneous nucleation. the organic matrix used as the template to induce inorganic crystal growth and simulate the biomineralization is actually to promote heterogeneous nucleation and inhabit homogeneous nucleation. urinary stone is a kind of product of unusual biomineralization

    眾所周知，結晶過程中的成核有均相成核和非均相成核兩種可能，利用有機基質做模板，誘導無機晶體生長，模擬生物體內的礦化過程實際是促進非均相成核而抑制均相成核。
  6. This article reviews the developments of studies in inorganic synthesis and preparative chemistry in vital aspects such as the extreme condition synthesis, soft chemistry, the preparation of specially condensed and aggregated materials, morphology and size modifying growth, defect and valence controlling, combinatorial chemistry, computer - aid design, ideal and biomimetic syntheses

    摘要本文從極端條件合成、軟化學合成、特殊凝聚態和聚集態制備、形貌與尺寸修飾、缺陷與價態控制、組合化學合成、計算機輔助合成、理想合成與生物模擬合成等幾個側面，闡述近年來無機合成與制備化學研究的進展。
  7. ( 3 ) a biomimetic amperometric sensor has been reported. the sensor is based on a poly [ 2 - mercaptobenzoxazole ] ( pmbo ) film directly electrosynthesized on the gold surface as the matrix and the target analyte abscisic acid ( aba ) is used as the template

    （ 3 ）研製了一種生物模擬傳感器，以直接在金表面上電合成的聚[ 2 -巰基苯並?唑]膜為基質，以目標分析物脫落酸（ aba ）為模板分子。
  8. It is a difficult problem and a research focus to do the research on how to intuitively express biological processes recently

    在生物過程模擬的研究中，如何直觀地表達復雜的生物模型是一個難題，也是目前研究的焦點之一。
  9. Molecular imprinting polymers ( mips ) have exhibited extensive application prospect in separation, purification, immunoassay, enzyme mimic, biomimic sensor, and other fields

    分子印跡聚合物在分離提純、免疫分析、酶模擬以及生物模擬傳感器等許多方面顯示出廣泛的應用前景。
  10. Using organic templates mimicking the natural ones to direct the organization of polymerizing inorganic species is an efficient way to prepare the well - ordered mesoporous and macroporous materials with uniform pore sizes

    摘要模板合成技術是制備有序多孔材料的有效手段，是一種生物模擬合成材料的方法。
  11. Cyclic peptides are playing more and more important role in biological modeling, pharmaceutical design, nano - and molecular devices, biological sensors and catalysts because of their stable structural characteristics

    環肽由於其穩定的結構特性在生物模擬、藥物設計、納米與分子器件、生物傳感器以及催化劑等方面起著越來越重要的作用。
  12. However, the exhibition pavilion of phase 1 will remain open. " dynamic displays, audio - visual shows, interactive computer devices, wildlife models and wetland simulations are available for visitors to explore the wetland ecosystems

    他說：展館內設有充滿動感的展品、影音片段播放、電腦互動裝置、野生生物模型和模擬的濕地場景，讓訪客探索濕地生態系統。
  13. In view of system model ' s complexity and its characteristics of strong cooperation and interaction between its various essentials, a method was proposed to construct the virtual biology model mechanism using the multi - model match detection to remedy the above shortage

    並針對系統模型復雜度、系統模型內的各要素之間存在著很強的交互性和協作性等特點，提出了利用多模型匹配檢測方法構建虛擬生物模型機制的方法用於彌補以上的不足。
  14. Based on analyzing the basic principle and applications of the existing virtual biology model, the problems were put forward that creating existing model by artificial hypothesis of initial condition may lead to non - rationalization, and the created model based on condition may not accord with the natural biological symbol

    摘要通過對現有虛擬生物模型的基本原理及應用情況的分析，指出現有模型生成的初始條件由人為設定可能帶來的非合理化問題以及根據條件生成的模型與自然生物不符的問題。
  15. It may provide an accurate technique for monitoring the growth of crops and estimating the yields in loess areas

    多年的葉面積動態變化用同一方程式表達，提高了方程的可信度，可用於作物生長模擬和作物生長監測和遙感估產。
  16. Three axis optical tracking test table is a kind of powerful instrument used to reproduce the flying posture of flying weapons in laboratory. the test table, together with equipment producing target, simulates the attacked target and flying missile, which can really simulate the various flying postures in space and dynamic characteristics. thus, the performance of sensors, control system and actuator and so on can be tested and evaluated, which provides various reference bases for developing, improving and redesigning flying weapons

    三軸光學跟蹤試驗轉臺是一種在實驗室條件下復現飛行器或導彈在空中飛行姿態半實物模擬的有力工具，它和目標發生裝置組合在一起模擬導彈跟蹤目標的過程，可以真實地模擬出導彈等飛行器在空間的各種姿態和動力學特性，從而對其傳感器件、控制系統和執行機構等硬體設備的性能加以測試和評價，為飛行器的研製、改進和再設計提供各種參考依據。
  17. Simulating living being ' s olfactory system, it improves the speed and correctness of pattern classification significantly using nonlinear dynamics method. based on freeman ' s previous work, ko ~ kiii models are analyzed in this paper

    它採用非線性動力學的方法對生物的嗅覺系統進行模擬和建模，模擬嗅覺系統信息處理過程，為信息處理、人工智慧和生物模擬提供了一套全新的思路和演算法。
  18. The table is a important device in the hardware - in - the - loop simulation system, and it simulates the flight of unmanned aerial vehicle so as to achieve flying parameters from those sensors. the signals of sensors in the table are transmitted by many cables previously, thus it confines the movement range of the three - axis frameworks. as the perfomance of uav become complicated, the signals cables are replaced by wire rings in some tables, but it brings many difficulties and unreliable factors for the simulation table ’ s design also. bluetooth, as a new short - range wireless communication technology, is a reasonable and feasible scheme in this condition

    三軸模擬轉臺是無人機地面半實物模擬系統中的重要設備，用來模擬飛機在空中的姿態和角運動，以驅動傳感器產生飛行姿態、角速度及角加速度信號。早期轉臺上傳感器信號通過穿在框架中的電纜進行傳輸，這就限制了框架的運動范圍。隨著無人機任務的復雜程度不斷提高，出現了採用導電滑環傳遞信號的模擬轉臺，但這也給轉臺設計帶來了困難，且存在不可靠因素。
  19. I think we can only hit upon it, if my hypothesis is right, by looking at the edges of where we don ' t quite understand things in biological systems, and then getting robots or al systems to emulate what biology does and see where our understanding breaks down

    我想，即使我的假設正確，我們也只能靠運氣發現它：研究生物系統中我們不太理解的邊緣領域，接著讓機器人或人工智慧系統迸行生物模擬，看看我們的理解在哪些地方出了差錯。
  20. This sort of problems includes game - playing strategies, biologic simulations, machine learning, and biochemical medicament development

    這類問題可以從游戲策略、生物模擬、機器學習以及生化藥劑的研製方面得到體現。
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