【摘 要】
：
Graphene has received great attention due to its outstanding optical, electronic, thermal, and mechanical properties.Various applications have been proposed
【机 构】
：
Thin Film Optoelectronic Technology Center,Shanghai Advanced Research Institute, Chinese Academy of
论文部分内容阅读
Graphene has received great attention due to its outstanding optical, electronic, thermal, and mechanical properties.Various applications have been proposed and developed, including gas sensors,solar cells, transistors, and transparent electrodes.However, low carrier concentration and zero band gap have hindered the development of graphene-based electronic devices.Substitutional doping with nitrogen (N) and boron (B) atoms is an intriguing approach to modify the band structure and electrical properties of graphene.
其他文献
由于石墨烯潜在市场规模巨大,石墨烯规模化制备已成为研究热点.大规模、高质量、适当成本、针对不同应用定型的石墨烯材料依然严重缺失,并成为石墨烯大规模应用的软肋.本
该文对FX-01催化剂上催化精馏法合成异丙苯过程进行工艺研究与模拟研究.主要内容包括:1.通过冷膜实验,研究了催化精馏塔的装填方式及其流体力学性能,得到适用于同不同塔径填
该文对传统的各种烟气脱硫(Flue Gases Desulfurization-FGD)方案分析比较之后,借鉴Jia新近研究出的一种应用于高浓烟气的FGD方案,提出一个适用于对低浓烟气进行脱硫的方法
The mass production of porous graphene (PG) with short ion transport distance and abundant accessible pores has attracted considerable attention,which can b
Multidimensional functional graphene based materials (MFGM) shown a unique from "0" to "3" dimensional structure conversion by using various processing tech
石墨烯量子装置已被证实可以制作同时存在很多挑战。使用尺寸小于100纳米的装置可以控制石墨烯边缘的局域态运输结构。即便离直接运输通道很远，这些局域态仍然具有影响运
Graphite is highly conductive layered materials that can be used for electrochemical intercalation/exfoliation to prepare graphene.Here we will show how the
该文以柠檬酸和烷基酚聚氧乙烯醚为基本原料,采用直接酯化合成了柠檬酸双酯及柠檬酸三酯,通过对酯化反应产生影响的诸多因素的研究,并运用正交实验优化了反应的工艺条件.对合
在φ1200mm圆形塔板冷模装置上,采用单相水系统,模拟4115c2的工厂条件,分别研究了无内堰、有内堰和加各种规格的不等高挡板的情况下,塔板板面的液流分布情况,并用ASPEN PLUS
该论文采用一维拟均相数学模型为齐鲁石化第一化肥厂1氨合成塔设计了φ1000mm三段径向流动—段间冷激型内件,确定了工艺操作条件和催化剂床的工艺尺寸,在此基础上探讨了操作