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關注:1
2013-05-23 12:21
求翻譯:SiC襯底和Si薄膜的中的堆垛層錯和孿晶等非周期性信息被丟掉。Si薄膜(1區)、SiC襯底(2區)和異質結界面(3區)FFT處理后的圖分別如圖所示。由圖可知,Si薄膜與6H-SIC襯底分別具有明顯的FFC和6H結構特征,其面間距分別為3.21?和2.57?.是什么意思?![]() ![]() SiC襯底和Si薄膜的中的堆垛層錯和孿晶等非周期性信息被丟掉。Si薄膜(1區)、SiC襯底(2區)和異質結界面(3區)FFT處理后的圖分別如圖所示。由圖可知,Si薄膜與6H-SIC襯底分別具有明顯的FFC和6H結構特征,其面間距分別為3.21?和2.57?.
問題補充: |
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2013-05-23 12:21:38
sic substrate and si film in the stacking fault and twins the aperiodic information was lost. after the processing of the the film si (1) sic substrate (Zone 2) and heterojunction interface (Zone 3) fft respectively, as shown. The figure shows that the Si thin film and the 6H-SiC substrate has obvio
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2013-05-23 12:23:18
Si SiC backing and the thin film stack in the wrong layer, such as Crystal and its non-recurring information is lost. Si film (zone 1), SiC backing (Region 2) and quality-interface (zone 3) FFT the figure as shown in the figure, respectively. We know that the figure 6 H Si thin film and backing SIC
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2013-05-23 12:24:58
The SiC substrate and Si thin film piles up level mistake and twin crystals and so on aperiodic the informations is discarded.After the Si thin film (1 area), the SiC substrate (2 areas) and the neterogeny ties the contact surface (3 areas) the FFT processing chart distinction like chart to show.The
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2013-05-23 12:26:38
SiC substrates and stacking fault in Si thin films He Luanjing non-periodic information to be lost. Si thin films (1), the SiC substrate (2) and the heterojunction interface (3) respectively, after FFT processing as shown in the figure. As the chart show, and 6H-SIC substrate of Si thin films has an
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2013-05-23 12:28:18
正在翻譯,請等待...
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