《Graphene》

作品数：77被引量：74H指数：4
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《Graphene》
主办单位：美国科研出版社
最新期次：2022年2期更多>>
发文主题：GRAPHENEGRAPHENE_OXIDEOXIDEGRAPHITENANOCOMPOSITES更多>>
发文领域：理学一般工业技术医药卫生金属学及工艺更多>>
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Investigation of Ceramic Based Composites by Using 2D Graphene Filler
《Graphene》2022年第2期19-29,共11页Zeeshan Abbas Rashid Jalil Ibtsam Riaz Muhammad Tahir 
The ceramic composites of sodium bismuth titanate with reduce graphene oxide NBT/rGO of different compositions were fabricated by solid state sintering method and characterized. In this work, the graphene oxide (GO) a...
关键词：Sodium Bismuth Titanate Graphene Oxide Reduce Graphene Oxide Electrical Conductivity 
Graphene-Polymer Nanocomposites and Roll-to-Roll (R2R) Compatible Flexible Solid-State Supercapacitor Based on Graphene Nanoplatelets and Ionic Liquid-Polymer Gel
《Graphene》2022年第1期1-18,共18页Jasper Chiguma Eliud Mushibe Natalya Gonopolskaya Wayne E. Jones Jr 

We present the electrical and supercapacitive performance of graphene nanoplatelets in polymer nanocomposites and f...

关键词：Flexible Supercapacitors Specific Capacitance GRAPHENE ROLL-TO-ROLL Nanocomposites Farads 
DFT Study of Se-Doped Nanocones as Highly Efficient Hydrogen Storage Carrier被引量：2
《Graphene》2021年第4期49-60,共12页Ahlam Abdulmonem Ahmed EL-Barbary Mohammed Ahmed Alkhateeb 
We have investigated the high capacity of Selenium atom (Se) doped nanocones surfaces as hydrogen storage systems. Hydrogen is a clean source of energy and it is derived from diverse domestic and sustainable resources...
关键词：CNCs BNNCs SiCNCs DFT Hydrogen Adsorption Hydrogen Storage Se-NCs 
The Effects of Boron-Doping on the Electronic Properties of Blue Phosphorene
《Graphene》2021年第3期41-47,共7页Yejin Wu Kexin Ma Zhiyong Wang Xueqiong Dai 
In this paper, the effects of different boron (nitrogen)-doping on the electronic properties of blue phosphorene have been investigated by the first-
关键词：Blue Phosphorene BORON-DOPING Band Gap 
2D Materials as Protective Coating against Low and Middle Temperature (100°C - 300°C) Corrosion-Erosion in Waste to Energy Plant: Case of Graphene
《Graphene》2021年第2期13-39,共27页Zuopeng Qu Josué Ngondo Otshwe 

The combustion of MSW contains several species which if liberated into the flue gas will

《Graphene》2021年第1期1-12,共12页Eugene Kogan Godfrey Gumbs 
In this presentation we present the Green’s functions and density of states for the most frequently encountered 2D lattices: square, triangular, honeycomb, kagome, and Lieb lattice. Though the results are well known,...
关键词：2D Lattices 
Raman Spectra in Irradiated Graphene: Line Broadening, Effects of Aging and Annealing
《Graphene》2020年第2期13-28,共16页Issai Shlimak Moshe Kaveh 
The results of measurements of the Raman spectra in the same group of monolayer graphene samples, successively subjected to irradiation with different ions, prolonged aging, and annealing under different conditions, a...
关键词：GRAPHENE Raman Spectra Ion Irradiation ANNEALING 
Hydrogen Adsorption Mechanism of SiC Nanocones被引量：1
《Graphene》2020年第1期1-12,共12页M. A. Al-Khateeb A. A. El-Barbary 
Due to rapid depletion of fossil energy sources and increasing the environmental pollution through high fossil energy consumption, an alternative renewable and clean energy carrier as hydrogen is requested more invest...
关键词：SiCNCs Density Functional Theory Hydrogen Storage Surface Reactivity 
Preparation and Application of Anionic and Cationic Waterborne Polyurethanes and Graphene-Cellulose Nanocrystal as an Antistatic Agent for Cashmere被引量：1
《Graphene》2019年第2期19-31,共13页Mingxing Yang Khusniddin Ismoilov Sachin Chauhan Quan Heng Zulaykho Islamova 
The main purpose of this research work is to improve anti-static properties of Cashmere fabric by introducing application comprising anti-static agent by foaming which was made with cationic waterborne polyurethane an...
关键词：CASHMERE Fabric ANIONIC and CATIONIC WATERBORNE Polyurethane GRAPHENE CELLULOSE Nanocrystal Anti-Static Property 
Modeling Enhanced Adsorption of Explosive Molecules on a Hydroxylated Graphene Pore被引量：1
《Graphene》2019年第1期1-18,共18页Ronald Scott Holt Thomas R. Rybolt 
The possibility of a graphene bilayer nanosensor for the detection of explosive molecules was modeled using computational chemistry. A pore was designed on a graphene bilayer structure with three strategically placed ...
关键词：Molecular Mechanics Explosives Molecule-Surface Binding Energy Hydroxylated GRAPHENE PORE GRAPHENE BILAYER ENHANCED ADSORPTION for Explosives 
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