滲鋁層 的英文怎麼說
中文拼音 [shènlǚcéng]
滲鋁層
英文
aluminized coating-
The hydrogen permeation experiment of manet ii with hot dipping aluminized coating was performed in temperature range of 300 to 450, in gas phase and in liquid pb - 17li phase
在300 450溫度范圍內,分別在氫氣相和液態鉛鋰合金相中開展了帶熱浸鋁塗層manet馬氏體鋼的氫滲透性能研究。The surface elemental analysis shows that al / o atomic ratio change from about 2 / 3 of not wetted part to about 1 / 1 of wetted part. the damage of coating surface seems to be related to the interaction of outside layer with liquid pb - 17li and thermal stress during heating sample
未浸潤表面的ai / o原子比約為2 / 3 ,浸潤表面約為1 / 1 ,表明液態鉛鋰合金對滲鋁層表面的al2o3薄層造成了損傷。The studies indicated that the rigidity of the copper billet was enhanced a lot with different pressure and different forms of pressure, and by the obvertion of the microscopic structure, we find that the aluminizing formations had different thickness with different pressure
研究結果表明:對不同壓制壓力下及不同壓制方式的純銅滲鋁后,銅坯的硬度得到很大的提高,對顯微組織觀察可知,在不同壓力下滲鋁其滲層厚度明顯不同。Summary of coating formation mechanism and microstructure during hot dip aluminizing on steel
熱浸鍍鋁鋼滲鋁層的微觀組織及其形成機理研究現狀Analyzing of spinodal decomposition and its microstructure in hot - dipped aluminum steel
鋼表面熱浸滲鋁層組織中的調幅分解及其分析In this paper, finite element software ansys is used to simulate the thermal conductivity and pressureless infiltration technique is used to produce aluminum infiltrated silicon carbide composite with high volume fraction of sic. the influence of interfacial thickness and temperature on thermal conductivity and cte have been investigated and analysed
本文採用有限元軟體ansys對鋁滲碳化硅復合材料的有效熱導率進行了數值模擬,用無壓浸滲法制備了高體積分數的鋁滲碳化硅復合材料,研究了界面層厚度和溫度等對鋁滲碳化硅復合材料的熱導率和熱膨脹系數的影響,並進行了分析。The experiment is about researching the permeated aluminum technology process of pure copper, the characteristic of permeating cover and the thoery of forming permeating cover , to measure the hardness of the permeated pure copper and make an observation on microcosmic organization, compare the permeating cover under different thrust pressure
本實驗對純銅的滲鋁工藝過程、滲層的組織特徵以及滲層的形成機理進行了研究;對純銅滲后試樣進行了硬度測試和微觀組織的觀察,並對不同壓制壓力下得到的滲層進行了比較分享友人