genetic safety 中文意思是什麼

genetic safety 解釋
基因安全
  • genetic : adj. 1. 遺傳（學）上的。2. 發生的，發展的；創始的。adv. -ically
  • safety : n. 1. 安全；平安，穩安，保險。2. （槍等的）保險器，安全瓣；〈口語〉低座腳踏車[自行車] （＝safety-bicycle）。3. 安全設備，保險裝置。4. 【棒球】安全打。
  1. The application of genetic engineering and its safety management

    基因工程的應用及其安全性管理
  2. The concept of safety degree is put out according to complexity system thesis. a new idea is bring forward about traffic safety research. a genetic algorithm model is established to distinguish black - spot

    總結了國內外事故多發路段鑒定方法的研究成果，從復雜系統的角度提出了區域安全度的概念，提出了一種交通安全研究的新思路，並用遺傳演算法對事故多發路段進行了鑒定。
  3. And because only healthy sperm would be used to conceive a child, the scenario allays safety worries - - for example, that the genetic " fixes " might cause problems of their own, such as birth defects

    因為只有健康的精子才會被用來繁育後代，這一設想就平息了一些人對安全的擔憂，如基因修補自身可能會產生一些問題，例如出生時的缺陷。
  4. A combined neural network and genetic algorithm with solving stability safety of homogeneous slope was proposed and the finite element method is applied to analysis the progressive failure process of the slope and the maximum equilibrium theory, requests out stability safety of homogeneous slope with the smooth arc radius of difference with the difference below the level coordinate of arc peak, utilizing the neural network algorithm to establish slidng the nonlinear mapping relationship between level coordinate of arc radious and arc peak, being adapted the neural network algorithm to look for along the minimal stability safety of homogeneous slope and corresponding arc radious and arc peak

    提出了求解邊坡穩定性安全系數的神經網路與遺傳演算法。該方法採用有限元分析和極限平衡理論，求出不同的滑弧半徑和不同的弧頂水平坐標下的邊坡穩定性安全系數，利用神經網路演算法建立滑弧半徑和弧頂水平坐標與安全系數之間的非線性映射關系，採用遺傳演算法搜索邊坡的最小穩定性安全系數及相應的滑弧半徑和滑弧中心坐標。
  5. The most dangerous sliding surface and the corresponding minimum safety coefficient of slope stability with soil nail structure are searched by empirical genetic - simplex algorithm. the results obtained by empirical genetic - simplex algorithm are compared with the ones obtained by general genetic algorithm

    用經驗遺傳-單純形演算法尋找了土釘支護結構最危險滑裂面及其對應的最小安全系數fsmin ，從而實現了十分重要但計算量很大、很繁瑣的尋優過程。
  6. ( 6 ) according to the requirements of safety, serviceability and durability, a reliability - based optimum model of reinforced concrete beam with limited corrosion was presented. then genetic algorithm ( ga ) optimized the design parameters

    （ 6 ）對允許鋼筋少量銹蝕的混凝土梁構件，根據結構安全、適用、耐久三方面的要求，建立了基於可靠度的耐久性優化模型，並利用遺傳演算法對其進行優化計算。
  7. Accordring to basic concept and assumes essentially on the basic of sweden method of slices, be living below the maximum equilibrium state, the function expression about stability safety homogeneous slop is deduced, and the slope surface is consist of two lines and an arc, afterwards according to analysis theory of minimal value ruling on the basic of the maximum, genetic algorithm is applied to slove the dangerousest slide situation and radius and corresponding safely factor

    根據瑞典圓弧法的基本概念和基本假定，在極限平衡狀態下，推導了兩直線段均質斜坡穩定性安全系數函數表達式，然後根據極限分析理論的極小值原理，利用遺傳演算法，求出了邊坡穩定性安全系數極小值，並得到最危險滑動面的滑弧半徑和滑弧中心坐標。
  8. To ensure all segments under construction to approach corresponding construction segmental reasonable states in both configuration and mechanics states and good behavior of structure after completion, escaping from all kinds of accidents in whole process of construction with high efficiency, safety, excellent quality of engineering achieved, the grey prediction model ngm ( 1, 1 ) was proposed to fit prediction of any raw grey series by studying grey causes and whitening results based on the normalized mapping rules ; random perturbation method of genetic algorithms was proposed to raise efficiency of forward rolling optimization ; simultaneous analysis of strength and stability was carried out to ensure safety of strength and stability

    摘要為了保證實際施工中結構各節段在構形和受力狀態兩方面逼近施工節段合理狀態，避免事故發生，確保工程高效、安全、優質，基於歸一化映射規則，研究灰因和白果，提出了適應任意灰序列的灰預測模型ngm （ 1 ， 1 ） ；研究遺傳演算法的隨機攝動法，提高向前滾動優化效率；研究強度、穩定性的同步分析技術，保證施工過程強度、穩定性安全。
  9. New minimally heated refrigerated foods are raising concerns about the hazard, he will tell delegates. other topics include how the complete genetic blueprints or genomes of food - poisoning bacteria such as campylobacter are transforming the science of food safety, and the latest research into potentially deadly strains of the e. coli gut bacterium

    本次研討會的其它議題還包括：諸如彎曲桿菌這類食源性有毒細菌的完整基因圖譜或基因組圖譜是如何轉化成為食品安全科技的，以及對大腸桿菌這種腸內細菌有可能轉變成致命菌株的最新研究成果。
  10. A safety reliability evaluation method for embankment slope stability under random storm wave actions and erosion - damage effects is proposed, the genetic algorithm has been used as the modern optimization technique applied to the minimization of the reliability index and the safety factor of embankment slope stability

    文中針對隨機風浪作用下侵蝕-損傷的堤壩邊坡穩定性提出一種安全可靠性評價方法，應用遺傳演算法尋找最危險滑動面對應的安全系數和最小可靠指標，並與傳統優化演算法進行比較，遺傳演算法尋優結果穩定不依賴于初值，明顯優于傳統優化演算法。
  11. The third problem analyzed is safety evaluation of embankment slope stability, the genetic algorithm is used to find the minimum safety factor coupled with the minimum reliability index

    第三個分析的問題是堤壩邊坡穩定性安全評估問題，應用遺傳演算法尋優最小安全系數和最小可靠指標。
  12. The contents included five aspects, honeybee resources and genetic breeding, diagnose and control of honeybee disease, pollination insects and pollination technology, manufacture of honeybee products, and quality safety and inspection of honeybee products

    文章從蜜蜂資源與遺傳育種、蜜蜂病蟲害診斷與防治、授粉昆蟲與授粉技術、蜂產品加工和蜂產品質量安全與檢測等5個方面較詳細地介紹了近年來中國養蜂學科學研究的最新進展，並對今後的學科發展方向進行了預測。
  13. The accurate computing method can solve internal force of reinforced earth and tensile force of strip by fem, then compute minimum safety coefficient and slip plane corresponding by genetic algorithm ( ga )

    這種精確的計算方法創造性的結合了有限元技術和遺傳演算法計算邊坡的安全系數。通過有限元求解路堤的內力以及筋帶的拉力，應用遺傳演算法搜索最小的安全系數和其對應的滑動面。
  14. Chloroplast genetic engineering, a new technology that could overcome many problems associated with nuclear genetic engineering, is of growing interest for bioproduction of valuable materials. it has several advantages including the extraordinarily high level of transgene expression and environmental safety, the favorable environment for prokaryote gene expression, the absence of " position effect " and gene silencing

    葉綠體基因工程是隨著植物遺傳轉化技術發展剛剛興起的生物技術，具有超量表達外源基因，為原核基因提供適宜表達環境，消除「位置效應」和基因沉默，環境安全性好等優點，較更適合用於植物生物反應器方面的研究。
  15. This strategy can resolve the gene safety problem for genetic engineered strains and should facilitate regulatory approval for its development as a commercial biopesticide. 2

    利用這種解離載體可有針對性的消除特定的dna片段，有效解決基因工程菌構建中所面臨的基因安全性問題。
  16. How the complete genetic blueprints or genomes of food - poisoning bacteria such as campylobacter are transforming the science of food safety

    諸如彎曲桿菌這類食源性有毒細菌的完整基因圖譜或基因組圖譜是如何轉化成食品安全科技的。
  17. The unsaturated soil water movement formula is adopted for calculated the transient water content within the slope. with equilibrium method the stability of soil - nail bracing structure of unsaturated soil slope is analyzed considering the connection between the shear strength of unsaturated soil and water content. genetic algorithm is introduced for searching the minimum factor of safety of natural slope and soil - nail bracing in unsaturated soil

    運用非飽和土水分子運動方程，求解降雨入滲條件下邊坡土體的瞬態體積含水量，又考慮到其與非飽和土抗剪強度的關系，利用極限平衡理論推導了非飽和土邊坡土釘支護整體穩定性最小安全系數f _ （ s ， min ）公式。
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