【摘 要】
：
As an important wide bandgap p-type conductive delafossite material,CuGaO2 has been intensively investigated for its wide applications in multi-functional optoelectronic devices.In order to obtain bot
【机 构】
：
State Key Laboratory on Integrated Optoelectronics,College of Electronic Science and Engineering,Jil
【出 处】
：
The 6th International Conference on Nanoscience and Technolo
论文部分内容阅读
As an important wide bandgap p-type conductive delafossite material,CuGaO2 has been intensively investigated for its wide applications in multi-functional optoelectronic devices.In order to obtain both high infrared(IR)transparency and low resistivity,we report on,for the first time,the experimental preparation of single phase epitaxial CuGaO2 thin film by using polymer-assisted-deposition(PAD)method.As a key point in the PAD process,the used polymer materials(PEI and EDTA)not only control the desired viscosity for the process,but also bind the metal ions to prevent premature precipitation and formation of metal oxide oligomers.The technique results in a homogeneous distribution of the metal precursors in the solution as well as the formation of uniform metal organic film.
其他文献
Molecular electronics describes a field that seeks to implement electronic components made of molecular building blocks [1]. The development of synthetic molecules endowed with desirable functionaliti
In recent years, due to the intriguing electrical and optical characteristics, two dimensional layered materials such as graphene, MoS2 have attracted tremendous research attention. However, until now
Wearable electronics is becoming the new paradigm for the next generation computer and electronic systems. Leading global companies such as Google, Samsung and Apple are investing huge efforts towards
Cruciform-like molecules with two orthogonally placed conjugated systems have in recent years attracted significant interest for their potential use as molecular wires in Molecular Electronics. Here w
High-pressure research on nanostructured materials has been of considerable interest owing to the quantum confinement effect and intrinsic defects in the nanocrystals.Here,we report a pressure-induced
The direct observation of dopant configurations in semiconductor nanowires is possible using a STEM with in situ heating holder set up.Annular dark-field(ADF)images,obtained from STEM mode,provide eas
Metal-organic framework(MOF),a typical type of ultraporous crystalline material consisting of periodically coordinated metal centres and organic ligands,has gained particular interest in gas storage a
2-dimensional(2D)van der Waals homo-/hetero-structures built up from layered semiconducting materials,such as MoS2 and WS2,have received growing attention owing to their simple fabrication of straight
Semiconductor electro-optic modulators(EOMs)with quantum dot(QD)active region offer a path to highly efficient modulators with small sizes and low voltages [1-5].This research exploits the anisotropic
Many remarkable properties of graphene are derived from its large energy window for Dirac-like electronic states and have been explored for applications in electronics and photonics.The interplay of g