【摘 要】
:
The novel properties of graphene honeycomb structure have spurred tremendous interest in investigating other two-dimensional(2D)layered structures beyond gr
【机 构】
:
Institute of Physics,Chinese Academy of Sciences,China
【出 处】
:
The 6th International Conference on Nanoscience and Technolo
论文部分内容阅读
The novel properties of graphene honeycomb structure have spurred tremendous interest in investigating other two-dimensional(2D)layered structures beyond graphene.In this talk,I will report the fabrication and properties of several graphene-like materials,such as,silicene[1],germanene[2] and hafnene[3],wherein silicon(germanium or hafnium)atoms are substituted for carbon atoms in graphene.
其他文献
The physiological barriers of tumor itself are main challenges that blunt the non-surgical treatment of malignant solid tumors [1,2].The tumor extravascular
The advent of integrated atomic force microscopes(AFMs)in stand-alone scanning electron microscopes(SEMs)opened new possibilities due to quantitative 3D inf
As a new type of storage device,resistive random access memory(RRAM)is attracting much attention,but the physical mechanism of RRAM is poorly understood,and
Noble metal nanoparticles are promising due to their unique properties,such as their localized surface plasmon resonance(LSPR),which can be modified via tai
Nanofibers have been shown to have a very important beneficial effect for adherence,maintaining,growing and differentiation of cells in tissues.Nanotopologi
Stimuli-responsive dendritic polymer-drug conjugates have presented significant potential for cancer therapy.In our studies,we synthesized and characterized
Persistent luminescence,also called afterglow/long-lasting phosphorescence.Persistent phosphors usually possess super-long lifetimes over hours or even days
Fluorescent nanoparticles(NPs)exhibit excellent photophysical properties,color tunability and facile bioconjugation,making them promising as probes for fluo
Nanoparticles with size of 1 to 100 nm have potential applications in bio-imaging,drug delivery and cancer therapeutics.When nanoparticles contact with biol
Immunosuppression caused by tumor-induced DC(TADC)dysfunction has been recognized as the major obstacle for cancer immunotherapy.Although Toll-like receptor