ferrograph 中文意思是什麼

ferrograph 解釋
磁滯曲線測定儀
  1. The characteristic parameters of effective debris in a ferrograph have been calculated in the present thesis, like area, perimeter, aspect ratio and granularity, in which some methods have been adopted such as smoothing, filtering and thresholding and so on, according to tribological theories and computer technologies and digital image preprocessing

    本論文基於摩擦學原理和計算機技術,通過對鐵譜片進行數字化圖像預處理,採用對譜片圖像的平滑、濾波以及閾值二值分割等方法,計算出譜片中特徵磨粒的一些特徵參量,如面積、周長、粒度以及縱橫比等。
  2. The application of ferrograph analysis technology in shendong colliery

    鐵譜分析技術在神東礦區的應用
  3. And then the applications of some general oil monitoring methods including physical chemistry analysis, ferrograph analysis, contamination degree analysis, etc, in fault diagnosis of diesel engine are analyzed, and also the relations between those methods and diesel engine ' s fault modules are discussed

    然後分析了幾種常用的油液分析方法在柴油機故障診斷中的應用,包括理化分析、鐵譜分析、污染度分析等,及各分析方法與各故障模式的關系。
  4. However, the issue how to realize the automatization in ferrograph diagnosis has been brought forth owning to manipulative complexity and subjectivity in the judgement for traditional ferrography technology. thus, the automatic recognition technology for wear debris is a focus research topic and many researchers, whether in overseas or domestic, have paid more attention on studying it last decades

    但是,傳統鐵譜技術操作的復雜性和判斷主觀性又提出必須盡快解決鐵譜診斷智能化的問題,所以磨損磨粒的自動識別技術是近幾十年來國內外學者十分關注並致力加以研究的前沿課題。
  5. As a matter of fact, three types of wear debris can be classified by the present software programmed in this research, that is, normal, spherical and cutting debris can be identified. by analyzing and processing the actual ferrograph of wear debris from a used oil sample, the experimental results show that the effects of automatic recognition are equal to those of manual recognition, and the automatization of ferrographical diagnosis has been realized simply and partly, which will be helpful to improve the intelligence of the digital ferrography system

    通過對實際油樣中制取的圖譜進行分析與處理,結果表明,本系統可以實現對三種常見的磨粒進行識別,即對正常磨粒、球狀磨粒以及切削磨粒進行分類,驗證了該軟體的自動識別效果與人工識別相當,具有一定程度的智能效果,為鐵譜儀數字化系統打下了一定的基礎。
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