能量分配 的英文怎麼說

中文拼音 [néngliángfēnpèi]
能量分配 英文
energy budget
  • 能 : 能名詞（姓氏） a surname
  • 量 : 量動1. （度量） measure 2. （估量） estimate; size up
  • 分 : 分Ⅰ名詞1. （成分） component 2. （職責和權利的限度） what is within one's duty or rights Ⅱ同 「份」Ⅲ動詞[書面語] （料想） judge
  • 配 : Ⅰ動詞1 （兩性結合） join in marriage 2 （使動物交配） mate （animals） 3 （按適當的標準或比例加以...
  • 能量 : 1 [物理學] energy; amount of energy 2 （能力） capabilities; capacity; 能量不滅 conservation of e...
  1. The distribution of electric energy is accomplished by dividing and subdividing large-capacity feeders into feeders of smaller and smaller capacity.

    電能的分配是通過把大容量饋線分支和再分支成容量越來越小的饋線的辦法來實現的。
  2. The researcher hypothesizes that by developing good study habits, students can balance the irrational distribution of psychological energy in the course of the operation of intelligence and skill, strengthen the sense perceptivity of reading and the productivity of mind, and minimize and gradually avoid negligence and carelessness

    研究者假設通過學習習慣的訓練幫助矯正智力技能操作過程中不合理的心理能量分配關系，加強閱讀感知與思維操作以及監控的加工深度，減少疏忽與遺漏，最終克服粗心現象。
  3. ( 3 ) in the dy - lamp experiments, we study the spectrum distribution of relative - energy. firstly, it is tested by providing bandwidth and the numbers of the band according as a standard of the solar simulator. the result shows it cannot achieve a standard of the solar simulator that the spectrum distribution of the dy - lamp is simulated the solar spectrum ; however, if according as b standard, then it can attain the request of b standard of the solar simulator

    研究了鏑燈光譜相對能量分佈，首先根據a級模擬器提供的帶寬和帶數對鏑燈的光譜能量分佈進行了測試，測試結果表明，利用鏑燈來模擬太陽光譜達不到a級模擬器的要求；根據b級模擬器提供的帶寬和帶數對鏑燈再次進行測試，並與b級的光譜失配誤差進行比較，結果表明，利用鏑燈來模擬太陽光譜可達到b級模擬器標準。
  4. Different parameter variation caused by energy distribution duri ng die casting process shows that high energy filling mold is the key to insuring quality of die casting

    從壓鑄過程中能量分配引起的各種參數變化，說明高能充型是保證壓鑄件品質的關鍵。
  5. Numerical study on the energy distribution coefficient of char combustion

    碳粒燃燒能量分配系數的數值計算
  6. It is shown how control of the melting of the coating on aluminum particles in a mining explosive helps control the split of the total energy released into shock energy, that supports the detonating shock wave and heave energy, that heaves the overburden off the ore body

    並在此基礎上，對含鋁礦用硝胺乳化炸藥中的鋁粉反應過程進行了理論分析，認為鋁粉的吸熱和放熱反應過程對總能量分配為沖擊波能（用於支持爆轟波以及破壞巖層）以及拋擲能（用於拋擲）的比例影響明顯。
  7. Imev and the data in which the energy respectively is 166mev 139mev, 104mev, 90mev. on the basis of two wave functions and two optical potentials above mentioned, we have investigated a serie s of knockout reactions : through the comparing of two wave functions and two optical potentials, we find that two a cluster relative vave functions which contribute to the energy sharing results of the reaction sections are very well, especially for the ; that the received spectroscopic factors used vfm ( r ) are better than that used ; that the former not only suits to the elastic scatterings but also to the knockout reactions ; that the a cluster of knockout reactions are its local behaviors of surface. and we further testify that the distorted influences are not neglected if the incidence energies are not very high, but can be used the plane wave impulse approximate method and neglect the effects of the distorted influences if the incident energies are high enough

    在利用上述的兩種束縛態波函數和兩種光學勢的基礎上，我們研究了一系列的敲出反應：通過對比兩種束縛態波函數和光學勢，我們得到的結論是：兩種束縛態波函數和光學勢對反應截面的能量分配譜的貢獻都比較好，但尤以波函數_ （ li ） （ r ）為佳；光學勢v _ （ clu ） + （ r ）得到的光譜因子比用woods - saxon勢v _ （ ws ） （ r ）的結果要好，它不僅能適用於彈性散射，且對敲出反應也能得出比較好的結果；集團的敲出反應是集團表面局域性的表現：在中低能的入射條件下，扭曲效應不能忽略，但入射能量較高時，扭曲效應影響較小，可以用平面波沖量近似的方法。
  8. Competition between individual enterprise and individual enterprise no longer exists, having been replaced by confrontation between the overall strength of supply chain and supply chain. supply chain alliance broke the existing structure of the value chain, reengineered and optimized products, customers, technology and other resources. therefore, this new cooperation model of enterprise, supply chain alliance ( sca ), becomes one of the most important management strategies leading enterprise to success, and is considered as the evolutional mainstream of the future enterprise organizational form

    本文引入誕生於生物科學領域的共生理論，吸收和發展國內外供應鏈聯盟相關領域的最新研究成果，從對供應鏈聯盟的基本認識和發展方向入手，分析了供應鏈聯盟中的共生現象以及形成共生的條件，提出了供應鏈聯盟共生系統的概念，建立了供應鏈聯盟共生系統模型，用數學模型表達了聯盟共生系統的生存環境、能量空間模型以及聯盟共生系統發展能量模型，重點闡述了供應鏈聯盟共生動態穩定性以及聯盟共生能量分配。
  9. Energy distribution involves many radar ' s parameters, such as peak power of transmitter, maximum pulse width, antenna gain, rotating speed of antenna, beam width, covering range of elevation, maximum height and range and so on

    能量分配牽涉到雷達系統的各種重要參數如發射機峰值功率、最大發射脈寬、天線增益、天線轉速、波束寬度、仰角覆蓋范圍、最大高度覆蓋、最大作用距離等。
  10. According to the boiler ' s practical condition, two feasible methods to determine the diagnosing characteristic parameters are brought out, one is based on the system ' s energy - distribution principle and the other is based on the system ' s energy - balance relation, on the basis of the above research, in order to carry out on - line monitoring and diagnosing for air leak state in power station boiler, the artificial neural network is adopted as the intelligence diagnosis tool, the air leak diagnosis scheme based on the principles of system energy - distribution and system energy - balance relation is presented firstly and then the different diagnosis models of artificial neural network are built respectively

    作者根據電站鍋爐漏風的實際情況，提出了兩種確定系統漏風狀況診斷特徵向量的可行方法，即基於系統能量分配原則的提取漏風診斷特徵向量的方法和基於系統能量平衡關系的提取漏風診斷特徵向量的方法。在此研究基礎上，本文採用人工神經網路作為智能診斷實現工具，提出了基於系統能量分配原則和基於系統能量平衡關系的漏風診斷方案，分別構建了不同的漏風診斷神經網路模型，以實現電站鍋爐漏風狀況的在線監測與診斷。
  11. From theoretical research perspective, this thesis researches supply chain alliance using the symbiosis theory from biological sciences creatively and other traditional theories, thereby drawing some new thinking, new methods, new approaches, which lay the foundations for deeper theoretical research ; from the perspective of practical applications, the study on environment, energy exchange, the interaction between enterprises, dynamic stability and interests distribution of supply chain alliance, contributes to enhance their capabilities of competing and stability

    論文對共生理論的應用研究做出了有益的嘗試，也為供應鏈聯盟的擴展研究提供一點新的線索;同時，為企業構建供應鏈聯盟共生系統，供應鏈聯盟共生動態穩定性以及聯盟共生能量分配以保持供應鏈聯盟合作的長期性和穩定性具有一定的借鑒和指導意義。
  12. Whole structure design amp; amp; energy distribution control strategy of fuelcell hybrid shuttle bus

    燃料電池混合動力中巴的整車設計及其能量分配控制策略
  13. The internal degrees of freedom are almost, but not completely, frozen out of the energy sharing.

    內自由度幾乎都與能量分配無關，但並非全部無關。
  14. Research on control principle of fuel cell vehicle powertrain

    燃料電池城市客車能量分配演算法研究
  15. The amplitude characteristic equations of p wave and s wave in transverse isotropic media have been deduced by using the method of aki and richards, that is use the border conditions in elastic interface to solve the elastic wave equation and to decide the energy distribution of different types of wave

    本文針對橫向各向同性介質（ ti - transverseisotropy ） ，利用aki和richards的方法，即根據彈性分界面上的邊界條件求解彈性波動方程，確定各種波之間的能量分配關系，建立了橫向各向同性介質中p波和sv波入射時的振幅特徵方程。
  16. Energy management optimization and energy saving on bf no. 5 of chongqing iron and steel co

    重鋼5號高爐能量分配的優化及節能途徑
  17. In engineering project work, flexible distributing energy mode should be selected in difference operating condition and operating mode

    在工程設計中，需針對不同的工作環境和工作模式，採用靈活的能量分配模式。
  18. Nanotechnology techniques may be used to influence, or establish, certain properties of materials such as the oxide coating on aluminum particles

    摘要從爆轟理論的基本方程分析了二維爆轟中隨徑向距離變化的壓力對能量分配的影響。
  19. The results of simulation and testing show that the amt control system has good reliability and practicability, enabling the realization of automatic power distribution in the multi - energy powertrain of hybrid electric vehicle ( hev )

    模擬及試驗表明，該控制系統具有良好的穩定性和實用性，為混合動力電動汽車的多能源動力總成實現自動能量分配提供了可能。
  20. 5. it ' s a systematic project to study students " problem solving, since the process of problem solving may be affected by many factors, and many problem still need to be further studied, such as the distribution of psychological energy in the course of strategy ' s carrying out, the effect of students " knowledge structure on problem solving, the distance between representation and strategy ' s carrying out and the influence of metacognition on problem solving etc

    對學生問題解決的研究是一項系統工程，學生解決問題的過程受諸多因素的影響，還有許多問題有待進一步研究。如策略實施過程中的心理能量分配問題，學生的知識結構對問題解決的影響問題，表徵與策略實施之間的距離問題，元認知對問題解決的監控影響問題等。
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