電火花加工；放電機械制作
A novel micro electrical discharge machining(EDM) method is described.
論述了一種新的微細電火花加工方法。
Comparative measurements of percentage of silicon on the surface of workpiece by powder-mixed electrical discharge machining (EDM) were carried out.
對不同加工條件下混粉電火花加工後工件表面的矽含量進行了對比測量。
Electrical discharge machining (EDM), or spark machining, as it is so called, is based on the eroding effect of an electric spark on both the electrodes used to produce.
放電加工或稱為電火花加工，是基于兩電極之間産生的電火花的腐蝕作用實現的。
When applying the electrical discharge machining process, the material is eroded as a result of electrical discharge between tool and work.
當采用電火花加工時，質料被東西和工件孕育發生的電火花分解。
Based on the machining theory of rotation wire electrode, a new kind of WEDM machine tool —vertical wire electrical discharge machining with rotation wire is presented in this paper.
基于旋轉電極絲的加工機理，提出了一種新型的電火花線切割機結構形式———立式自旋轉電火花線切割機。
The damaged layer of monocrystalline silicon cut by wire electrical discharge machining (WEDM) was investigated via cross-section microscopy and preferred etching detection methods.
采用截面顯微觀察法和擇優蝕刻法對電火花線切割單晶矽産生的亞表面損傷層進行檢測。
The newest trends of electrical discharge machining(EDM) including ***-sinking EDM, micro EDM and wire EDM(WEDM) in Japan were presented.
綜述了日本在放電加工領域的最新研究動态，包括成形放電加工、微細放電加工和線切割放電加工三部分内容。
The article analyzes the characteristic and the working condition of the cutting fluid using in electrical discharge machining (EDM).
分析線切割工作液的工作特點及工作狀态，從生産實踐中總結出科學合理選擇使用工作液的方法。
From the point of improving process efficiency and process quality, the characteristic in the process course of electrical discharge machining (EDM) was analyzed.
從提高系統的加工效率和加工質量角度出發，首先分析了電火花加工過程的特點。
The machining precision and surface quality are introduced in electrical discharge machining and their causes as well as improved measures are put forward.
介紹了電火花加工中常見的加工精度和表面質量問題以及産生的原因及相應的改善措施。
This paper not only introduces the electromagnetic measurement method in EDM (Electrical Discharge Machining) spark locations detection, but also indicates the principle of this method.
提出了電磁信號檢測法在電火花加工放電點位置檢測中的應用，讨論了檢測方法的基本原理。
The concept, characteristics and application of high energy beam machining, electrical discharge machining, electrochemical machining and material abscission machining separately discuss.
分别論述了高能束流加工、電火花加工、電解加工，以及物料切蝕加工的概念、特征與應用狀況。
Some of the technological characteristics of powder-mixed electrical discharge machining (EDM) have been stu***d in order Io further develop the technology.
為了進一步完善混粉電火花加工工藝，對混粉電火花加工的一些工藝特性進行了研究。
This paper presented a powder mixed near dry electrical discharge machining(PNDEDM), its ***lectric is gas-liquid-solid mixture.
提出了一種混粉準幹式電火花加工技術，其加工介質是氣液固三相流混合物。
Abstract: The paper deals with a linear direct drive mechanism of electrode for electrical discharge machining(EDM) and its drive and control principle.
文摘：在介紹橢圓微驅動電火花加工機理的基礎上，分析了橢圓微驅動器對驅動電路的要求。
The paper deals with a linear direct drive mechanism of electrode for electrical discharge machining(EDM) and its drive and control principle.
在介紹橢圓微驅動電火花加工機理的基礎上，分析了橢圓微驅動器對驅動電路的要求。
Due to a little quantity, electrical discharge machining(Micro-EDM) is usually developed in single production, leading to long production cycle, repetitive design and high cost.
微細電火花機床的需求少，通常是根據用戶具體需要進行單機生産，機床研制周期長、設計重複、成本高。
In order to study the mechanism of electrical discharge machining(EDM), the energy distribution of cathode and anode was calculated based on photon emission.
為了研究電火花加工過程的機理，基于光子發射計算了陰極、陽極的能量分布。
In addition, the feature of low electrode wear ratio of the electrical discharge machining in gas(dry EDM) is helpful to implement the tool electrode wear compensation in dry ED-Milling.
此外，氣體介質中電火花加工工具電極損耗低的特點有利于實現氣中電火花削加工工具電極損耗的補償。
Pulse generator is the key technology for electrical discharge machining(EDM).
脈沖電源是電火花加工的關鍵技術。
A new EDM technology-ultrasonic vibration assisted electrical discharge machining in gas was proposed and corresponding experimental equipment was designed.
簡述了超聲振動輔助氣體介質電火花加工原理，并設計開發了相應的實驗機床。
The research on the technologies of micro wire electrical discharge machining (micro-WEDM) was presented.
為進一步研究氣中電火花線切割加工工藝規律提供了理論依據。
Micro electrical discharge machining (MWEDM), a nontraditional micro gear *** fabrication method, is presented in this paper.
氣中電火花線切割加工技術是近幾年出現的一種新技術，它采用氣體作為加工介質。
The advantage is that electrical discharge machining processes with good surface roughness and machines metal of any hardness.
電火花加工的主要優點是可獲得較低的表面粗糙度，并且可以加工任何硬度的金屬。
The analysis, design and performance of an auxiliary power suitable for use in EDM (Electrical Discharge Machining ) is presented.
介紹一種應用于電火花加工控制和檢測系統中的輔助電源的工作原理、參數設計及性能指标。
The processing of deep hole can adopt electrical discharge machining under present condition and self-fabricate relevant facilities to meet parts requirements.
深小孔的加工，可采用高速電火花加工，在現有條件下，自制相關的工裝，達到零件要求。
|electric discharge machining/electric spark machining;電火花加工；放電機械制作
電火花加工（Electrical Discharge Machining, EDM） 是一種利用電能産生的脈沖放電對導電材料進行精密去除加工的特種加工工藝。其核心原理是通過工具電極（陰極）與工件（陽極）之間在絕緣液體介質（如煤油、去離子水）中産生高頻、可控的脈沖放電，利用瞬時高溫（可達10,000°C以上）熔化和氣化工件材料，實現材料蝕除。該技術特别適合加工高硬度、高韌性或複雜幾何形狀的金屬材料（如模具鋼、硬質合金、钛合金），且加工過程無機械切削力。
Electrical Discharge Machining (EDM)，中文譯為電火花加工或放電加工，是一種通過脈沖放電産生的電蝕作用對導電材料進行加工的特種加工技術。以下是詳細解釋：
如需更深入的技術細節或工藝流程，可參考搜狗百科及模具制造相關文獻。
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