【摘 要】
：
The final goal for the control synthesis of graphene is to get large-size, single-crystal and monolayer (or the number of layers can be controlled) graphene
【机 构】
：
InstituteofChemistryChineseAcademyofScience,China
论文部分内容阅读
The final goal for the control synthesis of graphene is to get large-size, single-crystal and monolayer (or the number of layers can be controlled) graphene.For this end, a lot of synthetic methods have been developed.Among them, chemical vapor deposition (CVD) has been recognized as a promising one since it combines high quality and large quantity of the product.A typical CVD process of graphene synthesis processes two basic stages, nucleation and growth, in which the randomly distributed graphene nuclei would continue to grow and eventually merge into film.Compared with the graphene film composed of numerous grain boundaries, single-crystal graphene domain is more important for electronic applications and could exhibit more outstanding device performance due to the absence of defects.
其他文献
This presentation will introduce the progress of the application of graphene materials in Li-ion batteries achieved recently in our group.Based on excellent
Graphene, owing to its distinctive band structure, has attracted an increasing interests in the application in electronic and optoelectronic devices over re
Graphene has been dominant in the materials world and enjoyed significant recent attention in lithium ion batteries (LIBs) applications due to its unique pr
With the continuous improvement of in situ techniques inside transmission electron microscope (TEM), the capabilities of TEM extend beyond structurual chara
Single and multilayer graphene systems are promising for nanoelectronic applications because of their high carrier mobility and large current-carrying capac
Porous graphene can remain all the unique nanoscale properties of individual graphene sheets.However, individual two-dimensional porous graphene products su
Using improved Hummers method to preparing graphite oxide, then reduced to graphene by chemical and thermal reduction method.The structure, sensitive charac
Large scale production of graphene materials is one of the critical problems in its basic research and for industrial application.Chemical methods such as t
Graphene oxide (GO), which has been known for 150 years, is a two dimensional soft material, which could be precursor for solution process to produce graphe
Graphene/h-BN has been a very hot topic for fundamental research as well as novel device applications, with many exciting results demonstrated.