| Bilayer graphene (3) | |
| Flexible graphene (4) | |
| Graphene (2046) | |
| Graphene coating (10) | |
| Graphene device (22) | |
| Graphene film (26) | |
| Graphene gel (3) | |
| Graphene growth (6) | |
| Graphene ink (31) | |
| Graphene layer (23) | |
| Graphene material (3) | |
| Graphene membranes (6) | |
| Graphene nanopore (10) | |
| Graphene nanoribbon (96) | |
| Graphene oxide (59) | |
| Graphene quantum dot (11) | |
| Graphene research (6) | |
| Graphene ribbon (5) | |
| Graphene sample (9) | |
| Graphene science (4) | |
| Graphene sensor (5) | |
| Graphene sheet (58) | |
| Graphene strip (3) | |
| Graphene structure (8) | |
| Graphene surface (4) | |
| Graphene synthesis (6) | |
| Graphene technology (8) | |
| Graphene transistor (4) | |
| Layered graphene (3) | |
| Nanographene (4) | |
| Porous graphene (8) | |
| Pristine graphene (12) | |
| Pure graphene (3) | |
| Reduced graphene oxide (10) | |
| Single-layer graphene (13) | |
| Suspended graphene (9) |
To make their uniquely compact electrode Li s team exploited an adaptive graphene gel film they had developed previously.
One is a graphene gel that works as a supercapacitor electrode and the second is a 3-D porous graphene foam.
The graphene gel provides the same functionality as porous carbon a material currently sourced from coconut husks for use in supercapacitors and other energy conversion and storage technologies but with vastly enhanced performance.
< Back - Next >
Overtext Web Module V3.0 Alpha
Copyright Semantic-Knowledge, 1994-2011