Ultrahigh specific surface area of graphene for eliminating subcooling of water. Appl. Energy 2014, 130, 824-829. [CrossRef]Xing;Li;Ying;Chen;Zhengdong;Cheng;Lisi;Jia;Songping;Mo;Zhuowei;Liu.Ultrahigh specific surface area of graphene for eliminating subcooling of water.Applied Energy.2014...
Three-dimensional graphene-based materials have emerged as adsorbents for various contaminants. This property is usually attributed to its high surface area. However, studies showing a positive correlation between surface area versus adsorptive capacity are not found in the literature. This review summariz...
英文品名: Graphene Nanoplatelets (2-10nm); 3) 中文品名: 纳米石墨烯(2-10nm); 4) CAS No. Appearance:Black and Grey Powder;Carbon Content:> 99.5%;Bulk Density:~0.10 g/ml;Water Content: <0.5 wt%;Residual Impurities: <0.5 wt%;Diameter:~5 μm;Thickness:2-10 nm;Specific Surface Area:20...
Brunauer–Emmett–Teller (BET) Specific Surface Area Analysis of Different Graphene Materials: A Comparison to their Structural Regularity and Electrical P... Brunauer–Emmett–Teller (BET) Specific Surface Area Analysis of Different Graphene Materials: A Comparison to their Structural Regularity and ...
aBecause of the high specific surface area and van der Waals interaction between the interlayers of graphene sheets, graphene tends to form irreversible agglomerates or even restack, which lowers its effectiveness as a nanofiller for reinforcement 正在翻译,请等待...[translate]...
The desired property including specific surface area (SSA) and conductivity of graphene can be achieved using a simple and green but very efficient and industrially scalable approach as shown in Fig. 13. Two standard industrial steps are used. Those steps are: (1) in-situ hydrothermal polymerizat...
specific surface area, high carrier mobility, and unique band structure, graphene has shown many promising properties and demonstrated breakthroughs in electronic related applications20,21,22,23. Graphene is also a promising sensor electrode material due to its flexibility and high electrochemical activity...
GAs act as suitable materials for energy-related applications because of their high mass-specific surface area, elevated electrical conductivity, superior environmental compatibility, lightweight, and their chemical inertness [32,33]. Because of their porous nanoarchitecture, these materials have been cons...
a hexagonal lattice,1 which has been demonstrated to possess various attractive properties such as high Young's modulus (1T Pa), excellent electric mobility (2.5 × 105 cm2 V−1 S−1), high thermal conductivity (5,000 W mK−1), and huge specific surface area (2,630 m2 g−1)....
The irreversible capacity loss can be reduced by decreasing the specific surface area of graphene network, and downsizing the SnO2 NP to improve the reversibility of Li2O. Fig. 4 Electrochemical characterization of SnO2@GCs. a Representative cyclic voltammetry curves (CVs) of SnO2@GC-21 at a ...