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- 復合TiC涂層composite TiC coating
- TiC涂層TiC coating
- 納米TiC涂層的制備技術(shù)研究Research on Preparation of Nano TiC Coating
- 脈沖放電工藝參數對TiC涂層形成的影響Effect of Technological Parameters for Liquid-Phase Pulse Discharge of Ti Electrode on the Formation and Properties of TiC Coating on Plain Carbon Steel Substrate
- TiC涂層反應標準吉布斯自由能變化的計算及其繪圖Calculation and Plotting of Standard Gibbs Free Energy Change for TiC Coating Reaction
- 點(diǎn)焊鍍鋅鋼板時(shí)電極表面熔敷TiC涂層對電極失效的影響Effect of TiC coating on electrode tip surface on electrode degradation during resistance spot welding zinc coated steel
- 點(diǎn)焊鍍鋅鋼板時(shí)球形電極表面熔敷TiC涂層對電極失效的分析Effect of TiC Coating in Electrode Tip Surface on Spheriform Electrode Degradation during Resistance Spot Welding Zinc Coated Steel
- 復合涂層composite coating
- 等離子弧熔覆Fe基合金+TiC涂層中的陶瓷相行為與相結構The Behavaior and Structure of TiC Phase in Fe Matrix Alloy and TiC Ceram Cladded by Arc Plasma
- 鋼基體上化學(xué)氣相沉積TiC涂層的顯微組織及形成機理研究The microstructure and growth mechanism of CVD TiC coatings on steel matrixes
- B4C復合涂層B4C composite coating
- 涂層復合粉coated composite powder
- 表面復合涂層Surface composite coating
- 利用SEM、EDX和XRD等方法分析了在點(diǎn)焊鍍鋅鋼板時(shí)電極表面熔敷TiC涂層對電極失效的影響。The effect of TiC coating in electrode tip surface on electrode degradation during resistance spot welding zinc coated steel was investigated by SEM, EDX and XRD.
- 鋅基復合涂層zinc -based waterborne compound coatings
- 鈦基復合涂層Ti-based composite coating
- 并介紹了正交磁場(chǎng)的施加方法和DMZ-450型正交電磁場(chǎng)直流三極濺射爐的特性,它所沉積的TiC涂層質(zhì)量及其初步的應用效果。The paper introduces the application method of cross magnetic field, the performance of DMZ-450 D. C. three pole sputtering apparatus, the quality of sputtered TiC coating and preliminary application of this coating.
- TiN基復合涂層TiN composite coatings
- WC-鋼復合涂層WC-steel composite coatings
- 在高功率密度(最大值達226MW/m~2,作用0.6s)電子束熱沖擊下,TiC涂層從基體(石墨、鉬、316L不銹鋼)脫落,且316 L不銹鋼基體被熔化、蒸發(fā)。Pulsed by electron beams with high power density up to 226 MW/m2 for 0. 6 s, the TiC layers of TiC/graphite, TiC/molybdenum and TiC/316L SS spall from substrates,and 316L SS is molten.
