診斷方程 的英文怎麼說

中文拼音 [zhěnduànfāngchéng]
診斷方程 英文
diagnostic equation
  • 診 : 動詞（診察） examine （a patient）
  • 斷 : Ⅰ動詞1 （分成段） break; snap 2 （斷絕;隔斷） break off; cut off; stop 3 （戒除） give up; abstai...
  • 方 : Ⅰ名詞1 （方形; 方體） square 2 [數學] （乘方） involution; power 3 （方向） direction 4 （方面） ...
  • 程 : 名詞1 （規章; 法式） rule; regulation 2 （進度; 程序） order; procedure 3 （路途; 一段路） journe...
  • 診斷 : diagnose; diagnosis; diacrisis
  1. It has been studied about the grounding grid erosion diagnosis theory, but a lot of engineering technologies have not been solved on putting the method into practice

    一些專家學者對接地網的腐蝕診斷在理論上已有所研究，但診斷方法用於實際工程的一些技術問題還沒有解決。
  2. Based on fault diagnosis theory, network theory, matrix theory and computer arithmetic, a method of optimized erosion diagnosis for medium or large - scale grounding grid is discussed in this paper

    本文所研究的中大型接地網腐蝕優化診斷方法是將故障診斷學原理、網路理論、矩陣理論及計算機演算法結合起來，應用於接地網腐蝕診斷這一工程實際問題。
  3. According to the topology of the substation and resistance measurements of down - leaders, the erosion diagnosis equation is built and the resistance variations of grounding grid branches are solved, and the erosion of grounding grid could be found through the fuzzy diagnosis regulation

    利用接地網拓撲結構圖及接地網引下線間的電阻測量值，建立腐蝕診斷方程，通過求解診斷方程，計算出接地網支路電阻值變化量，採用模糊診斷方法判斷出接地網導體腐蝕的情況。
  4. Researched on the match method of the enterprise process diagnose based on case based reasoning, adapting the process structure match as the focus

    研究了基於案例推理的企業流程診斷方法，重點研究了基於cbr的企業流程案例的結構匹配。
  5. Based on the analysis of performance of all kinds of existed methods for diagnosing, we applies the method of cbr ( case based reasoning ) to complete process diagnosis

    在分析現有各種企業診斷方法的優缺點的基礎上，採用了cbr （ casebasedreasoning ）方法進行流程診斷。
  6. Because of gpv highly contagious, new genetic engineering vaccine and a rapid, special and simple diagnosis method is required to prevent and detect the infection

    由於本病傳播快、致死率高，開發研製新型的基因工程疫苗以及建立一種快速、簡便、特異的診斷方法非常必要。
  7. The product cloned will provide reliable evidence for the establishment of quick and accurate molecular biological diagnostic method and lay a profound foundation for the stu dy of gene engineering vaccine of ai

    所克隆的基因為建立快速準確的分子生物學診斷方法提供了可靠的依據，同時為基因工程疫苗的研製奠定基礎。
  8. Performance of the proposed damage detection approach is demonstrated by the analysis of xiang jiang transmission tower structure

    對湘江輸電塔架結構的數值模擬分析，表明本文提出的損傷診斷方法的結果是令人滿意的，具有實際工程應用價值。
  9. Function solution for system - level fault diagnosis based on chwa amp; hakimi fault model

    故障模型的系統級故障診斷方程解決
  10. Appliction of fuzzy theory in trouble diagnosis of engineering machinery brake system

    基於模糊數學的工程機械制動系統故障診斷方法
  11. On the basis of the sensitivity analysis and its related theories, the sensitivity matrix analysis approach is presented to achieve a good predictability and controllability of solutions. this approach has been demonstrated to be distinct for predicting solutions of equations in simulation experiments

    在模擬電路靈敏度分析及其相關理論基礎上，本文嘗試採用靈敏度矩陣分析方法來改善一階靈敏度故障診斷方程解的可預測性和可控性。
  12. This thesis discussed approaches of fault diagnosis based on the sensitivity analysis which is a new test method of analog circuits. main objects are described as follows : first, there exists a problem which the existence of solutions can not intuitively be predicted by choosing test frequency in the first - order sensitivity method on fault diagnosis

    在此理論基礎上，本文從以下兩個方面進行嘗試:首先，一階靈敏度故障診斷方法存在這樣一個問題，即測試頻率的選擇不能直觀地對故障診斷方程解的存在性進行預分析。
  13. However, the accuracy of solutions is affected because the above diagnosis method is based on first - order sensitivity equations

    然而，一階靈敏度故障診斷方法是基於一階靈敏度，所以故障診斷方程解的精度受到影響。
  14. This paper introduces the basic ga and its development, and provide an arithmetic to the diagnosis equations with ga

    首先討論了基本遺傳演算法及其改進演算法，結合故障診斷方程的特點，提出了基於ga演算法的故障診斷方程求解方法。
  15. So it is necessary to apply the neural network ( nn ) and genetic arithmetic ( ga ) to the solving of these equations, it can simplify the diagnosis process and reduce the testing time

    有必要在此基礎上，將神經網路及遺傳演算法方面最新研究成果應用到故障診斷方程的求解，避免復雜的計算和耗時而影響故障診斷的實際應用。
  16. After an error analysis is made in detail for second - order equations and some essential points of genetic algorithm in fault diagnosis are also illustrated, an improved genetic algorithm is adopted to choose an optimal test frequency

    本文對二階靈敏度故障診斷方程進行了詳盡的誤差分析，同時在詳細闡述了故障診斷應用中的遺傳演算法操作要點后，使用改進遺傳演算法來選擇優化的測試頻率。
  17. The resulting optimized - frequency diagnosis algorithm, based on the second - order sensitivity, helps get a solution with better accuracy. when the tolerances of normal components are ignored and partly ignored, experiment results show that the accuracy of solutions, compared to the first - order sensitivity, is improved and is further improved via combining the improved genetic algorithm with the second - order sensitivity diagnosis method

    模擬實驗表明:在不考慮正常元件容差和考慮部分正常元件容差兩種情況下，和一階靈敏度故障診斷方法相比較，二階靈敏度故障診斷方法的精度得到了顯著的改善，並且改進遺傳演算法的引入能使故障診斷方程的求解精度獲得進一步的提高。
  18. Thus the second - order diagnosis equations are introduced. it is necessary to propose the second - order sensitivity with higher accuracy than first - order sensitivity, although the basic thought and sensitivity matrix analysis approach, similar to the first - order sensitivity, are used

    盡管採用了相似於一階靈敏度故障診斷方法的基本思想和靈敏度矩陣分析方法，但是由於二階靈敏度故障診斷方程比一階靈敏度故障診斷方程具有更高的精度，因此引入二階靈敏度是必要的。
  19. This paper also have a research on bp and hopfield network, by using the nn, it provide a mechanism to deal with the diagnosis equations. the stability, astringency and the feasibility of this method can be strictly proved. the simulation results shows that the proposed methods can perform correct diagnosis in a very short time

    隨后著重研究了bp神經網路與hopfield神經網路模型，並利用其故障診斷機理及特性提出了兩種解故障診斷方程組的神經網路方法，其穩定性、收斂性和可行性都能夠得到嚴格的證明，最後給出了模擬演算法步驟及診斷實例，實驗結果表明該方法對容差模擬電路的故障診斷有很好的改進。
  20. The main purpose of this paper is to research on the diagnosis of the analog circuit with tolerance based on parameter identification, it try to find a novel method of the fault diagnosis of the analog system. in this paper, a procedure for the multifrequency fault diagnosis of analog circuits is presented. generally speaking, for the diagnosis equations are nonlinear, it ’ s very difficult to solve them with high precision

    本文的研究重點在於具有容差模擬電路故障診斷的參數識別方法，探索解決模擬電路故障診斷問題的新途徑，介紹了由電路結構來提取故障診斷方程的多頻支路和多頻節點方法，由於故障診斷方程一般情況下是非線性的，因此，傳統的非線性方程求解方法存在精度不高，計算困難的缺點。
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