ferrography 中文意思是什麼
ferrography
解釋
鐵粉記錄術-
Failure mechanism of the driving clutch of a heavy loaded pedrail vehicle based on surface analysis and ferrography
基於表面分析技術和鐵譜技術的某重載履帶車輛主離合器摩擦副失效機理研究 -
Ferrography and application in abrasion condition monitoring of mine machine
鐵譜分析技術及其在煤礦機械磨損狀況監測中的應用 -
The early malfunction of abnormal wear can be predicted, diagnosed and handled in time by using ferrography to monitor the running procedure from the microscopic view
摘要鐵譜磨粒分析技術，可從微觀角度對動態過程進行監測，以預測、診斷和及時處理非正常磨損早期故障。 -
The paper validates and perfects the traditional wear theory by using the ferrography, at the same time, combining the practice, mechanical embedded minor particles, scoring, plastic distortion, shaping effect and fatigue effect are analyzed and the results show that the vehicle ' s malfunction can be predicted
文章作者將鐵譜磨粒分析技術運用在汽車維修行業，驗證和完善了傳統磨損理論，並結合實踐，對微凸體機械嵌合、膠合，塑料變形及刨削作用和疲勞作用進行了分析，證明汽車機械故障可以預測，且可以防止重大事故的發生。 -
Research review on the analysis of ferrography wear particle
鐵譜磨粒智能分析的發展 -
In this paper, according to the character of the ship power system and device and the factors that affect it ' s capability, such as environment, utilizing the experience of the field expert, and combined with the practice of ship manufacturing and maintenance, the application of various oil monitoring technology, namely oil quality testing, spectrometric oil analysis, ferrography analysis, and particle counting etc, is studied respectively, and the fault recognition pattern is constructed. on the basis of this, according to dempster - shafter evidence theory, the information infusion mode is constructed and the oil monitoring multi - technology system is integrated. at last, colligating the result of the information infusion system and other information of the device, such as primitive data, maintenance records, running condition etc, the oil monitoring system to ship power system & device is realized
本文根據船舶動力裝置與設備自身的特性以及外部環境等影響因素，利用領域專家經驗和相關的知識，結合船舶修造和營運實際，對常規理化性能檢驗、油料發射光譜分析、鐵譜分析以及顆粒計數等油液檢測技術在船舶中的應用進行了分別研究，並建立了狀態識別模式；在此基礎上，利用d ? s證據組合理論，建立信息融合模型，集成了油液監控多技術系統；最後，綜合多技術信息融合系統的建議，以及設備的原始數據、維修記錄、運行狀態等信息，實現了船舶動力裝置與設備油液監控系統。 -
The recognition of the wear particle is the core step of the ferrography, the result of the recognition has direct relation to the correctness of the wear condition monitoring for the equipments
磨粒識別是鐵譜分析的核心環節，識別的正確與否，直接關系機器磨損狀態診斷的正確性。 -
The ferrography is a wear diagnosis technology based on the analysis of wear particle. the practice has proved that the ferrography is the most effective method for wear condition monitoring and wear fault diagnosis
鐵譜分析技術是以磨損磨粒識別為基礎的診斷技術，它是機械設備磨損監測與故障診斷最為有效的方法之一。 -
Those shortcomings limit the application of the ferrography
這使得鐵譜技術難以得到更進一步的推廣和應用。 -
Two method and application of ferrography classification and abrasive identification
鐵譜圖像分類及磨粒識別的兩種方法和應用 -
The application of magnetic fluid in monitoring the conditions of sliding bearings by ferrography
磁流體在礦井提升機滑動軸承鐵譜監測中的應用 -
Ferrography analysis technology for wear debris has been applied broadly in many aspects, such as inspection of machine operation state, failure diagnosis and preventive maintenance, because of its advantages of good effect and economical
機器中磨損磨粒的鐵譜分析技術因其高效、經濟的優點，在機械設備的狀態檢測、故障診斷和預防性維修等方面都得到了廣泛的應用。 -
The synthetic application of ferrography and vibration monitoring technique on engine conditions monitoring is discussed, a monitoring model is built using the fuzzy synthetic decision theory, and an application example is presented
摘要論述了鐵譜分析技術和振動監測技術在發動機狀態監測上的綜合應用，利用模糊數學綜合評判的方法建立了監測診斷模型，並給出了一個應用實例。 -
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。 -
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。
分享友人