Freestanding GaN substrate enabled by dual-stack multilayer graphene via hydride vapor phase epitaxy
APPLIED SURFACE SCIENCE
SU J, LIANG DD, ZHAO Y, YANG JK, CHANG HL, DUAN RF, WANG JX, SUN LF, WEI TB
CELLULOSE
SUN LF, WANG F, JIANG JJ, LIU HC, DU BL, LI MZ, LIU YX, LI MH
CELLULOSE
WANG F, JIANG JJ, SUN FQ, SUN LF, WANG T, LIU YX, LI MH
ADVANCED MATERIALS
HU X, WEI H, LIU J, ZHANG J, CHI XN, JIANG P, SUN LF
JOURNAL OF MATERIALS CHEMISTRY A
KONG DZ, WANG Y, HUANG SZ, VON LIM Y, ZHANG J, SUN LF, LIU B, CHEN TP, ALVARADO PVY, YANG HY
CHINESE PHYSICS B
ZHAO Y, WANG G, YANG HC, AN TL, CHEN MJ, YU F, TAO L, YANG JK, WEI TB, DUAN RF, SUN LF
JOURNAL OF PHYSICAL CHEMISTRY C
HUANG WB, WANG GL, GAO FQ, QIAO ZT, WANG G, CHEN MJ, DENG Y, TAO L, ZHAO Y, FAN XK, SUN LF
CHINESE PHYSICS B
HUANG WB, WANG GL, GAO FQ, QIAO ZT, WANG G, CHEN MJ, TAO L, DENG Y, SUN LF
RSC ADVANCES
FAN XK, TAO L, DENG Y, WANG G, ZHANG J, ZHAO Y, HUANG WB, ZHAO HY, SUN LF
NANOSCALE
HUANG WB, WANG GL, GAO FQ, QIAO ZT, WANG G, TAO L, CHEN MJ, YU F, YANG HC, SUN LF