FIGS. 2G-2H show image s and he ight profile s of the same flak e aft e r the se cond tr e atm e nt. H e ight profile s 1-6 on pan els (C), (F), and (I) ar e tak …

FIG. 3A s how s Raman spe ctra of a bilay e r CVD graph enc film (top) as fabricat e d by stacking two monolay e r (bottom spe ctrum) graphene film s. The two …

FIG. 3A s how s Raman spe ctra of a bilay e r CVD graph enc film (top) as fabricat e d by stacking two monolay e r (bottom spe ctrum) graphene film s. The two …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIGS. 5 C-D show the same flak e aft er one Zn/HC I tr e atm e nt. FIGS. S E-F show the same flak e aft e r thr ee mor e seque ntial Zn/HCI tre atm ents. The two …

FIGS. 6E-6H show AFM image s and h e ight profile s for the same flak e aft e r thr ee con se cutiv e Zn/HC I tr e atm ents. The two AFM image s on pan els (A) …

FIG. 8). Furth e rmor e, ba se d on AFM data, no d e lamination on the fabricat e d patt e rn corn ers or edges wa s ob serve d whil e re moving carbon lay ers …

FIG. 8). Furth e rmor e, ba se d on AFM data, no d e lamination on the fabricat e d patt e rn corn ers or edges wa s ob serve d whil e re moving carbon lay ers …

FIG. 9C s how s an SEM imag e of r es idu e le ft on a GO flak e aft e r r e moving one lay e r. The y e llow da she d lin e indicate s the bord e r lin e …

FIG. 9C s how s an SEM imag e of r es idu e le ft on a GO flak e aft e r r e moving one lay e r. The y e llow da she d lin e indicate s the bord e r lin e …

FIG. 9C s how s an SEM imag e of r es idu e le ft on a GO flak e aft e r r e moving one lay e r. The y e llow da she d lin e indicate s the bord e r lin e …

FIGS. 2G-2H show image s and he ight profile s of the same flak e aft e r the se cond tr e atm e nt. H e ight profile s 1-6 on pan els (C), (F), and (I) ar e tak …

FIG. 3A s how s Raman spe ctra of a bilay e r CVD graph enc film (top) as fabricat e d by stacking two monolay e r (bottom spe ctrum) graphene film s. The two …

FIG. 3A s how s Raman spe ctra of a bilay e r CVD graph enc film (top) as fabricat e d by stacking two monolay e r (bottom spe ctrum) graphene film s. The two …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIGS. 5 C-D show the same flak e aft er one Zn/HC I tr e atm e nt. FIGS. S E-F show the same flak e aft e r thr ee mor e seque ntial Zn/HCI tre atm ents. The two …

FIGS. 6E-6H show AFM image s and h e ight profile s for the same flak e aft e r thr ee con se cutiv e Zn/HC I tr e atm ents. The two AFM image s on pan els (A) …

FIG. 8). Furth e rmor e, ba se d on AFM data, no d e lamination on the fabricat e d patt e rn corn ers or edges wa s ob serve d whil e re moving carbon lay ers …

FIG. 8). Furth e rmor e, ba se d on AFM data, no d e lamination on the fabricat e d patt e rn corn ers or edges wa s ob serve d whil e re moving carbon lay ers …

FIG. 9C s how s an SEM imag e of r es idu e le ft on a GO flak e aft e r r e moving one lay e r. The y e llow da she d lin e indicate s the bord e r lin e …

FIG. 9C s how s an SEM imag e of r es idu e le ft on a GO flak e aft e r r e moving one lay e r. The y e llow da she d lin e indicate s the bord e r lin e …

FIG. 9C s how s an SEM imag e of r es idu e le ft on a GO flak e aft e r r e moving one lay e r. The y e llow da she d lin e indicate s the bord e r lin e …

FIGS. 2G-2H show image s and he ight profile s of the same flak e aft e r the se cond tr e atm e nt. H e ight profile s 1-6 on pan els (C), (F), and (I) ar e tak …

FIG. 3A s how s Raman spe ctra of a bilay e r CVD graph enc film (top) as fabricat e d by stacking two monolay e r (bottom spe ctrum) graphene film s. The two …

FIG. 3A s how s Raman spe ctra of a bilay e r CVD graph enc film (top) as fabricat e d by stacking two monolay e r (bottom spe ctrum) graphene film s. The two …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIGS. 5 C-D show the same flak e aft er one Zn/HC I tr e atm e nt. FIGS. S E-F show the same flak e aft e r thr ee mor e seque ntial Zn/HCI tre atm ents. The two …

FIGS. 6E-6H show AFM image s and h e ight profile s for the same flak e aft e r thr ee con se cutiv e Zn/HC I tr e atm ents. The two AFM image s on pan els (A) …

FIG. 8). Furth e rmor e, ba se d on AFM data, no d e lamination on the fabricat e d patt e rn corn ers or edges wa s ob serve d whil e re moving carbon lay ers …

FIG. 8). Furth e rmor e, ba se d on AFM data, no d e lamination on the fabricat e d patt e rn corn ers or edges wa s ob serve d whil e re moving carbon lay ers …

FIG. 9C s how s an SEM imag e of r es idu e le ft on a GO flak e aft e r r e moving one lay e r. The y e llow da she d lin e indicate s the bord e r lin e …

FIG. 9C s how s an SEM imag e of r es idu e le ft on a GO flak e aft e r r e moving one lay e r. The y e llow da she d lin e indicate s the bord e r lin e …

FIG. 9C s how s an SEM imag e of r es idu e le ft on a GO flak e aft e r r e moving one lay e r. The y e llow da she d lin e indicate s the bord e r lin e …

FIGS. 2G-2H show image s and he ight profile s of the same flak e aft e r the se cond tr e atm e nt. H e ight profile s 1-6 on pan els (C), (F), and (I) ar e tak …

FIG. 3A s how s Raman spe ctra of a bilay e r CVD graph enc film (top) as fabricat e d by stacking two monolay e r (bottom spe ctrum) graphene film s. The two …

FIG. 3A s how s Raman spe ctra of a bilay e r CVD graph enc film (top) as fabricat e d by stacking two monolay e r (bottom spe ctrum) graphene film s. The two …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIG. 4A s how s a tran smiss ion ele ctron micro s copy (TEM) imag e of monolay e r CVD graph enc s putt e r-coat e d with 3 WO 2012/09 404 5 PCT/US₂ 0 …

FIGS. 5 C-D show the same flak e aft er one Zn/HC I tr e atm e nt. FIGS. S E-F show the same flak e aft e r thr ee mor e seque ntial Zn/HCI tre atm ents. The two …

FIGS. 6E-6H show AFM image s and h e ight profile s for the same flak e aft e r thr ee con se cutiv e Zn/HC I tr e atm ents. The two AFM image s on pan els (A) …

FIG. 8). Furth e rmor e, ba se d on AFM data, no d e lamination on the fabricat e d patt e rn corn ers or edges wa s ob serve d whil e re moving carbon lay ers …

FIG. 8). Furth e rmor e, ba se d on AFM data, no d e lamination on the fabricat e d patt e rn corn ers or edges wa s ob serve d whil e re moving carbon lay ers …

FIG. 9C s how s an SEM imag e of r es idu e le ft on a GO flak e aft e r r e moving one lay e r. The y e llow da she d lin e indicate s the bord e r lin e …

FIG. 9C s how s an SEM imag e of r es idu e le ft on a GO flak e aft e r r e moving one lay e r. The y e llow da she d lin e indicate s the bord e r lin e …

FIG. 9C s how s an SEM imag e of r es idu e le ft on a GO flak e aft e r r e moving one lay e r. The y e llow da she d lin e indicate s the bord e r lin e …