Fig. 4A, the increase of graphene l

Fig. 4A, the increase of graphene layers induced the significantdecrease of Raman signal intensities of iodine anions (I3and I5),and the intensities were 30 times stronger on one layer of graphene than bulk graphite. A similar phenomenon illustrated in Fig. 4B was demonstrated in which the single layer intercalated bromine (Br2) Raman intensity in bulk graphite was 6 times bigger than in four layers of graphene.

結果 (繁體中文) 1:

圖4A中，感應的顯著石墨烯層的增加
碘陰離子（I3and I5）的拉曼信號強度的降低，強度分別為石墨烯比塊狀石墨的一個層上的強30倍。在圖4B中所示的類似的現象證實，其中單個層嵌入溴（Br 2）的拉曼強度在塊狀石墨比在石墨烯的四層大6倍。

結果 (繁體中文) 2:

圖4A，石墨烯層增加誘發顯著
碘離子（I3和I5）的拉曼信號強度降低，一層石墨烯的強度比散裝石墨強30倍。圖4B中所示的類似現象表明，散裝石墨中單層間結溴（Br2）拉曼強度是四層石墨烯的6倍。

結果 (繁體中文) 3:

圖4A，石墨烯層的新增導致
碘離子（i3和I5）的拉曼信號強度降低，單層石墨烯的拉曼信號強度比大塊石墨强30倍。圖4B所示的類似現象表明，大塊石墨中的單層插入溴（Br2）拉曼强度是四層石墨烯中的6倍。