This special page shows all files uploaded to the English Wikipedia. (See also the list for Wikimedia Commons.) By default, the last uploaded files are shown at top of the list, but clicking on a column header will change the sorting.
Deleted files are not shown here but are included in the upload log.
| Date | Name | Thumbnail | Size | Description |
|---|---|---|---|---|
| 20:31, 4 December 2007 | Fe3O4-CdS Nano Heterojunction.JPG ( file) |
 |
37 KB | Image of a nanoscale heterojunction between iron oxide Fe3O4 (sphere) and CdS (rod) with a TEM. This staggered gap (type II) offset junction was synthesized by Hunter McDaniel and Dr. Moonsub Shim at the University of Illinois in Urbana-Champaign in |
| 22:57, 3 December 2007 | Heterojunction variables equilibrium.png ( file) |
 |
30 KB | The important variables for heterojunction characterization and analysis are defined for two semiconductors physically separated (top) and joined in chemical equilibrium (bottom). |
| 22:36, 23 October 2007 | DWCNT CDI Reconstruction.png ( file) |
 |
346 KB | A simulated double wall nanotube (n1,m1)(n2,m2) can be used to test a CDI algorithm. First, a simulated nanotube is created (left) given the chiral numbers, (26,24)(35,25) in this case. Then a diffraction pattern is created by using the power spectrum fun |
| 22:18, 23 October 2007 | CNT CDI Reconstruction.png ( file) |
 |
311 KB | A simulated single wall nanotube (n,m) can be used to test a CDI algorithm. First, a simulated nanotube is created (left) given the chiral numbers, (2,10) (top) and (3,10) (bottom). Then a diffraction pattern is created by using the power spectrum funct |
| 07:37, 19 October 2007 | Lrec 17-1.png ( file) |
 |
33 KB | This reciprocal space diffraction image was taken by Ian Robinson's Group to be used in the reconstruction of a real space coherent x-ray diffraction image in 2007. |
This special page shows all files uploaded to the English Wikipedia. (See also the list for Wikimedia Commons.) By default, the last uploaded files are shown at top of the list, but clicking on a column header will change the sorting.
Deleted files are not shown here but are included in the upload log.
| Date | Name | Thumbnail | Size | Description |
|---|---|---|---|---|
| 20:31, 4 December 2007 | Fe3O4-CdS Nano Heterojunction.JPG ( file) |
|
37 KB | Image of a nanoscale heterojunction between iron oxide Fe3O4 (sphere) and CdS (rod) with a TEM. This staggered gap (type II) offset junction was synthesized by Hunter McDaniel and Dr. Moonsub Shim at the University of Illinois in Urbana-Champaign in |
| 22:57, 3 December 2007 | Heterojunction variables equilibrium.png ( file) |
|
30 KB | The important variables for heterojunction characterization and analysis are defined for two semiconductors physically separated (top) and joined in chemical equilibrium (bottom). |
| 22:36, 23 October 2007 | DWCNT CDI Reconstruction.png ( file) |
|
346 KB | A simulated double wall nanotube (n1,m1)(n2,m2) can be used to test a CDI algorithm. First, a simulated nanotube is created (left) given the chiral numbers, (26,24)(35,25) in this case. Then a diffraction pattern is created by using the power spectrum fun |
| 22:18, 23 October 2007 | CNT CDI Reconstruction.png ( file) |
|
311 KB | A simulated single wall nanotube (n,m) can be used to test a CDI algorithm. First, a simulated nanotube is created (left) given the chiral numbers, (2,10) (top) and (3,10) (bottom). Then a diffraction pattern is created by using the power spectrum funct |
| 07:37, 19 October 2007 | Lrec 17-1.png ( file) |
|
33 KB | This reciprocal space diffraction image was taken by Ian Robinson's Group to be used in the reconstruction of a real space coherent x-ray diffraction image in 2007. |